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int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; // input在DDR空间 + float *output = (float *)0xC0000000; + int length = 1024; + int core_mask = 0xff; + + fp_abs_s(input0, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_abs_p(int8_t* src_data, int8_t* dst_data, int length) +.. c:function:: void i16_abs_p(int16_t* src_data, int16_t* dst_data, int length) +.. c:function:: void i32_abs_p(int32_t* src_data, int32_t* dst_data, int length) +.. c:function:: void hp_abs_p(half* src_data, half* dst_data, int length) +.. c:function:: void fp_abs_p(float* src_data, float* dst_data, int length) +.. c:function:: void dp_abs_p(double* src_data, double* dst_data, int length) +.. c:function:: void c64_abs_p(float* src_data, float* dst_data, int length) +.. c:function:: void c128_abs_p(double* src_data, double* dst_data, int length) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0x10810000; // input在L2空间 + float *output = (float *)0x10820000; + int length = 1024; + + fp_abs_p(input0, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/absgrad.rst.txt b/master/html/_sources/functionlib/dsplib/absgrad.rst.txt new file mode 100644 index 0000000..025cfad --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/absgrad.rst.txt @@ -0,0 +1,80 @@ +Absgrad +================= + + +逐元素计算绝对值梯度 + +.. math:: + + output_i = \begin{cases} + input0_i, & \text{if } input1_i \geq 0 \\ + -input0_i, & \text{if } input1_i < 0 + \end{cases} + +输入： + - **input0** - 第一个输入数据地址。 + - **input1** - 第二个输入数据地址。 + - **size** - 计算长度。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + + +**共享存储版本:** + +.. c:function:: void fp_absgrad_s(float *input0, float *input1, float *output, int size, int core_mask) +.. c:function:: void hp_absgrad_s(half *input0, half *input1, half *output, int size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; //input在DDR空间 + float *input1 = (float *)0xB0000000; + bool *output = (bool *)0xC0000000; + int size = 1000; + int core_mask = 0xff; + fp_absgrad_s(input0, input1, output, size, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_absgrad_p(float *input0, float *input1, float *output, int size) +.. c:function:: void hp_absgrad_p(half *input0, half *input1, half *output, int size) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0x10000000; //input在L2空间 + float *input1 = (float *)0x10001000; + bool *output = (bool *)0xC0000000; + int size = 1000; + fp_absgrad_p(input0, input1, output, size); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/activation.rst.txt b/master/html/_sources/functionlib/dsplib/activation.rst.txt index c33dc8a..41d3ae2 100644 --- a/master/html/_sources/functionlib/dsplib/activation.rst.txt +++ b/master/html/_sources/functionlib/dsplib/activation.rst.txt @@ -19,7 +19,7 @@ Activation .. math:: - output_i = \min(\max(input_i, \text{min_val}), \text{max_val}) + output_i = \min(\max(input_i, \text{min\_val}), \text{max\_val}) - ``LRelu`` - 带泄露的线性整流单元（Leaky Rectified Linear Unit），它在输入为正时保持线性，在输入为负时也保留一个很小的斜率，以避免标准 ReLU 中的“死亡神经元”问题。 @@ -97,7 +97,7 @@ Activation output_i = \begin{cases} - input_i, & input_i \gt 88.0 \\ + input_i, & input_i > 88.0 \\ \ln(1 + e^{input_i}), & \text{otherwise} \end{cases} @@ -107,7 +107,7 @@ Activation output_i = \begin{cases} - input_i, & input_i \ge 0 \\ + input_i, & input_i >= 0 \\ \alpha (e^{input_i} - 1), & input_i < 0 \end{cases} @@ -117,7 +117,7 @@ Activation .. math:: output_i = \begin{cases} - input_i, & input_i \ge 0 \\ + input_i, & input_i >= 0 \\ \alpha (e^{\frac{input_i}{alpha}} - 1), & input_i < 0 \end{cases} diff --git a/master/html/_sources/functionlib/dsplib/activation_grad.rst.txt b/master/html/_sources/functionlib/dsplib/activation_grad.rst.txt new file mode 100644 index 0000000..693c620 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/activation_grad.rst.txt @@ -0,0 +1,115 @@ +ActivationGrad +================= + +激活函数梯度计算算子系列。该系列算子根据激活函数的输入（或输出）以及上一层传回的梯度，计算并输出当前层的梯度。 + +.. math:: + + \text{通用公式:}\quad dst_i = src0_i \cdot f'(src1_i) + +其中 :math:`src0` 为梯度输入（Output Gradient），:math:`src1` 为激活函数的原始输入或输出（取决于具体激活函数类型），:math:`f'` 为激活函数的导数。 + +包含算子列表： + - **ReluGrad**: ReLU 激活梯度。 + - **Relu6Grad**: ReLU6 激活梯度。 + - **LeakyReluGrad (l_relu_grad)**: Leaky ReLU 激活梯度，需传入参数 ``alpha``。 + - **SigmoidGrad**: Sigmoid 激活梯度。 + - **TanhGrad**: Tanh 激活梯度。 + - **HSigmoidGrad**: Hard Sigmoid 激活梯度。 + - **HSwishGrad**: Hard Swish 激活梯度。 + - **GeluGrad**: GELU 激活梯度。 + - **EluGrad**: ELU 激活梯度，需传入参数 ``alpha``。 + - **SoftplusGrad**: Softplus 激活梯度。 + - **HardShrinkGrad**: Hard Shrink 激活梯度，需传入参数 ``lambd``。 + - **SoftshrinkGrad**: Softshrink 激活梯度，需传入参数 ``lambd``。 + +输入： + - **src0** - 梯度输入数据地址。 + - **src1** - 原始输入/输出数据地址。 + - **length** - 计算长度。 + - **alpha / lambd (float, 可选)** - 特定激活函数所需的系数。 + - **core_mask (int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **dst** - 梯度计算结果输出地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 仅支持 fp32。 + - MT7004 支持 fp32, fp16。 + - 对于不同的算子，``src1`` 的含义可能不同（例如 SigmoidGrad 通常使用前向传播的输出作为 src1，而 ReluGrad 使用前向传播的输入作为 src1），需确保上层传入地址正确。 + +**共享存储版本:** + +.. c:function:: void fp_relu_grad_s(float* src0, float* src1, float* dst, int length, int core_mask) +.. c:function:: void hp_relu_grad_s(half* src0, half* src1, half* dst, int length, int core_mask) +.. c:function:: void fp_relu6_grad_s(float* src0, float* src1, float* dst, int length, int core_mask) +.. c:function:: void fp_l_relu_grad_s(float* src0, float* src1, float* dst, int length, float alpha, int core_mask) +.. c:function:: void fp_sigmoid_grad_s(float* src0, float* src1, float* dst, int length, int core_mask) +.. c:function:: void fp_tanh_grad_s(float* src0, float* src1, float* dst, int length, int core_mask) +.. c:function:: void fp_h_sigmoid_grad_s(float* src0, float* src1, float* dst, int length, int core_mask) +.. c:function:: void fp_h_swish_grad_s(float* src0, float* src1, float* dst, int length, int core_mask) +.. c:function:: void fp_gelu_grad_s(float* src0, float* src1, float* dst, int length, int core_mask) +.. c:function:: void fp_elu_grad_s(float* src0, float* src1, float* dst, int length, float alpha, int core_mask) +.. c:function:: void fp_softplus_grad_s(float* src0, float* src1, float* dst, int length, int core_mask) +.. c:function:: void fp_hard_shrink_grad_s(float* src0, float* src1, float* dst, int length, float lambd, int core_mask) +.. c:function:: void fp_softshrink_grad_s(float* src0, float* src1, float* dst, int length, float lambd, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例（共享存储） + #include + #include "78NE/utils.h" + + int main(int argc, char* argv[]) { + float *src0 = (float *)0xA0000000; // 梯度输入在共享存储 + float *src1 = (float *)0xA1000000; // 原始数据在共享存储 + float *dst = (float *)0xB0000000; // 结果输出到共享存储 + int length = 1024; + int core_mask = 0xff; + fp_relu_grad_s(src0, src1, dst, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_relu_grad_p(float* src0, float* src1, float* dst, int length) +.. c:function:: void hp_relu_grad_p(half* src0, half* src1, half* dst, int length) +.. c:function:: void fp_relu6_grad_p(float* src0, float* src1, float* dst, int length) +.. c:function:: void fp_l_relu_grad_p(float* src0, float* src1, float* dst, int length, float alpha) +.. c:function:: void fp_sigmoid_grad_p(float* src0, float* src1, float* dst, int length) +.. c:function:: void fp_tanh_grad_p(float* src0, float* src1, float* dst, int length) +.. c:function:: void fp_h_sigmoid_grad_p(float* src0, float* src1, float* dst, int length) +.. c:function:: void fp_h_swish_grad_p(float* src0, float* src1, float* dst, int length) +.. c:function:: void fp_gelu_grad_p(float* src0, float* src1, float* dst, int length) +.. c:function:: void fp_elu_grad_p(float* src0, float* src1, float* dst, int length, float alpha) +.. c:function:: void fp_softplus_grad_p(float* src0, float* src1, float* dst, int length) +.. c:function:: void fp_hard_shrink_grad_p(float* src0, float* src1, float* dst, int length, float lambd) +.. c:function:: void fp_softshrink_grad_p(float* src0, float* src1, float* dst, int length, float lambd) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + //MT7004 示例 + #include + + int main(int argc, char* argv[]) { + float *src0 = (float *)0x10000000; // 私有存储空间地址 + float *src1 = (float *)0x10001000; + float *dst = (float *)0x10002000; + int length = 139; + float alpha = 0.01f; + fp_l_relu_grad_p(src0, src1, dst, length, alpha); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/adam.rst.txt b/master/html/_sources/functionlib/dsplib/adam.rst.txt new file mode 100644 index 0000000..f1904ff --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/adam.rst.txt @@ -0,0 +1,128 @@ +Adam +================= + + 使用 Adam 算法更新参数权重。支持 Nesterov 动量。 + + 算法逻辑如下： + + .. math:: + + m_t = m_{t-1} + (g_t - m_{t-1}) \cdot (1 - \beta_1) \\ + v_t = v_{t-1} + (g_t^2 - v_{t-1}) \cdot (1 - \beta_2) \\ + \hat{lr} = lr \cdot \frac{\sqrt{1 - \beta_2^t}}{1 - \beta_1^t} + + 如果不启用 Nesterov： + + .. math:: + + w_t = w_{t-1} - \hat{lr} \cdot \frac{m_t}{\sqrt{v_t} + \epsilon} + + 如果启用 Nesterov： + + .. math:: + + w_t = w_{t-1} - \hat{lr} \cdot \frac{m_t \cdot \beta_1 + (1 - \beta_1) \cdot g_t}{\sqrt{v_t} + \epsilon} + + 输入： + - **m** - 一阶矩向量地址（输入/输出）。 + - **v** - 二阶矩向量地址（输入/输出）。 + - **gradient** - 梯度向量地址。 + - **weight** - 权重向量地址（输入/输出）。 + - **beta1** - 一阶矩估计的指数衰减率。 + - **beta2** - 二阶矩估计的指数衰减率。 + - **beta1_power** - :math:`\beta_1^t` 的值（指针形式传入）。 + - **beta2_power** - :math:`\beta_2^t` 的值（指针形式传入）。 + - **eps** - 数值稳定性项 epsilon。 + - **learning_rate** - 学习率。 + - **nesterov** - 是否启用 Nesterov 动量（0: 不启用, 1: 启用）。 + - **start** - 计算的起始索引（包含）。 + - **end** - 计算的结束索引（不包含）。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + + 输出： + - **m** - 更新后的一阶矩。 + - **v** - 更新后的二阶矩。 + - **weight** - 更新后的权重。 + + 支持平台： + ``FT78NE`` + ``MT7004`` + + .. note:: + - 仅支持 fp32 数据类型。 + +**共享存储版本:** + +.. c:function:: void fp_adam_s(float* m, float* v, const float* gradient, float* weight, float beta1, float beta2, float* beta1_power, float* beta2_power, float eps, float learning_rate, int nesterov, int start, int end, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 25-26 + + #include + + int main(int argc, char* argv[]) { + // 假设所有数据均位于DDR空间 + float* m = (float*)0xC0000000; + float* v = (float*)0xC1000000; + float* gradient = (float*)0xC2000000; + float* weight = (float*)0xC3000000; + + // 标量参数 + float beta1 = 0.9f; + float beta2 = 0.999f; + float beta1_power_val = 0.9f; // beta1^1 + float beta2_power_val = 0.999f; // beta2^1 + float* beta1_power = &beta1_power_val; + float* beta2_power = &beta2_power_val; + float eps = 1e-8f; + float learning_rate = 0.001f; + int nesterov = 1; + + int start = 0; + int end = 800000; // 元素总数 + int core_mask = 0xff; // 使用所有核心 + + fp_adam_s(m, v, gradient, weight, beta1, beta2, beta1_power, beta2_power, + eps, learning_rate, nesterov, start, end, core_mask); + + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_adam_p(float* m, float* v, const float* gradient, float* weight, float beta1, float beta2, float* beta1_power, float* beta2_power, float eps, float learning_rate, int nesterov, int start, int end) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 20-21 + + #include + + int main(int argc, char* argv[]) { + // 假设所有数据均位于L2/AM空间 + float* m = (float*)0x10820000; + float* v = (float*)0x10830000; + float* gradient = (float*)0x10840000; + float* weight = (float*)0x10850000; + + float beta1 = 0.9f; + float beta2 = 0.999f; + float beta1_power_val = 0.9f; + float beta2_power_val = 0.999f; + float eps = 1e-8f; + float learning_rate = 0.001f; + int nesterov = 0; + int start = 0; + int end = 2000; + + fp_adam_p(m, v, gradient, weight, beta1, beta2, &beta1_power_val, &beta2_power_val, + eps, learning_rate, nesterov, start, end); + + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/adamweightdecay.rst.txt b/master/html/_sources/functionlib/dsplib/adamweightdecay.rst.txt index a83c44d..f2ae39a 100644 --- a/master/html/_sources/functionlib/dsplib/adamweightdecay.rst.txt +++ b/master/html/_sources/functionlib/dsplib/adamweightdecay.rst.txt @@ -48,7 +48,7 @@ AdamWeightDecay .. code-block:: c :linenos: - :emphasize-lines: 17 + :emphasize-lines: 17-19 // FT78NE 多核示例 #include @@ -84,7 +84,7 @@ AdamWeightDecay .. code-block:: c :linenos: - :emphasize-lines: 15 + :emphasize-lines: 15-17 // MT7004 单核示例 #include diff --git a/master/html/_sources/functionlib/dsplib/addfusion.rst.txt b/master/html/_sources/functionlib/dsplib/addfusion.rst.txt new file mode 100644 index 0000000..7df3026 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/addfusion.rst.txt @@ -0,0 +1,274 @@ +Addfusion +================= + + +带参数alpha的逐元素求和 + +.. math:: + + output_i = in0_i + in1_i*alpha + +输入： + - **in0** - 第一个输入数据地址。 + - **in1** - 第二个输入数据地址。 + - **alpha** - 乘法因子。 + - **size** - 计算长度。 + - **core_mask** - 核掩码。 + +输出： + - **out** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + + +**共享存储版本:** + +.. c:function:: void i8_addext_s(int8_t *in0, int8_t *in1, int8_t alpha, int8_t *out, int size, int core_mask) +.. c:function:: void i16_addext_s(int16_t *in0, int16_t *in1, int16_t alpha, int16_t *out, int size, int core_mask) +.. c:function:: void i32_addext_s(int32_t *in0, int32_t *in1, int32_t alpha, int32_t *out, int size, int core_mask) +.. c:function:: void hp_addext_s(half *in0, half *in1, half alpha, half *out, int size, int core_mask) +.. c:function:: void fp_addext_s(float *in0, float *in1, float alpha, float *out, int size, int core_mask) +.. c:function:: void dp_addext_s(double *in0, double *in1, double alpha, double *out, int size, int core_mask) +.. c:function:: void c64_addext_s(float *in0, float *in1, float alpha, float *out, int size, int core_mask) +.. c:function:: void c128_addext_s(double *in0, double *in1, double alpha, double *out, int size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *in0 = (float *)0xA0000000; //input在DDR空间 + float *in1 = (float *)0xB0000000; + bool *out = (bool *)0xC0000000; + float alpha = 0.1; + int size = 1000; + int core_mask = 0xff; + fp_addext_s(in0, in1, alpha, out, size, core_mask); + return 0; + } + + + +**私有存储版本:** + +.. c:function:: void i8_addext_p(int8_t *in0, int8_t *in1, int8_t alpha, int8_t *out, int size) +.. c:function:: void i16_addext_p(int16_t *in0, int16_t *in1, int16_t alpha, int16_t *out, int size) +.. c:function:: void i32_addext_p(int32_t *in0, int32_t *in1, int32_t alpha, int32_t *out, int size) +.. c:function:: void hp_addext_p(half *in0, half *in1, half alpha, half *out, int size) +.. c:function:: void fp_addext_p(float *in0, float *in1, float alpha, float *out, int size) +.. c:function:: void dp_addext_p(double *in0, double *in1, double alpha, double *out, int size) +.. c:function:: void c64_addext_p(float *in0, float *in1, float alpha, float *out, int size) +.. c:function:: void c128_addext_p(double *in0, double *in1, double alpha, double *out, int size) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *in0 = (float *)0x10000000; //input在L2空间 + float *in1 = (float *)0x10001000; + bool *out = (bool *)0xC0000000; + int length = 1000; + fp_addext_s(in0, in1, alpha, out, size); + return 0; + } + + + +逐元素求和并计算relu激活函数 + +.. math:: + + out_i = max(0, in0_i + in1_i) + +输入： + - **in0** - 第一个输入数据地址。 + - **in1** - 第二个输入数据地址。 + - **size** - 计算长度。 + - **core_mask** - 核掩码。 + +输出： + - **out** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_addrelu_s(int8_t *in0, int8_t *in1, int8_t *out, int size, int core_mask) +.. c:function:: void i16_addrelu_s(int16_t *in0, int16_t *in1, int16_t *out, int size, int core_mask) +.. c:function:: void i32_addrelu_s(int32_t *in0, int32_t *in1, int32_t *out, int size, int core_mask) +.. c:function:: void hp_addrelu_s(half *in0, half *in1, half *out, int size, int core_mask) +.. c:function:: void fp_addrelu_s(float *in0, float *in1, float *out, int size, int core_mask) +.. c:function:: void dp_addrelu_s(double *in0, double *in1, double *out, int size, int core_mask) +.. c:function:: void c64_addrelu_s(float *in0, float *in1, float *out, int size, int core_mask) +.. c:function:: void c128_addrelu_s(double *in0, double *in1, double *out, int size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *in0 = (float *)0xA0000000; //input在DDR空间 + float *in1 = (float *)0xB0000000; + bool *out = (bool *)0xC0000000; + int size = 1000; + int core_mask = 0xff; + fp_addrelu_s(in0, in1, out, size, core_mask); + return 0; + } + + + +**私有存储版本:** + +.. c:function:: void i8_addrelu_p(int8_t *in0, int8_t *in1, int8_t *out, int size) +.. c:function:: void i16_addrelu_p(int16_t *in0, int16_t *in1, int16_t *out, int size) +.. c:function:: void i32_addrelu_p(int32_t *in0, int32_t *in1, int32_t *out, int size) +.. c:function:: void hp_addrelu_p(half *in0, half *in1, half *out, int size) +.. c:function:: void fp_addrelu_p(float *in0, float *in1, float *out, int size) +.. c:function:: void dp_addrelu_p(double *in0, double *in1, double *out, int size) +.. c:function:: void c64_addrelu_p(float *in0, float *in1, float *out, int size) +.. c:function:: void c128_addrelu_p(double *in0, double *in1, double *out, int size) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *in0 = (float *)0x10000000; //input在L2空间 + float *in1 = (float *)0x10001000; + bool *out = (bool *)0xC0000000; + int size = 1000; + fp_addrelu_s(in0, in1, out, size); + return 0; + } + + + +逐元素求和并计算relu6激活函数 + +.. math:: + + out_i = min(max(0, in0_i + in1_i), 6) + +输入： + - **in0** - 第一个输入数据地址。 + - **in1** - 第二个输入数据地址。 + - **size** - 计算长度。 + - **core_mask** - 核掩码。 + +输出： + - **out** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + + + +**共享存储版本:** + +.. c:function:: void i8_addrelu6_s(int8_t *in0, int8_t *in1, int8_t *out, int size, int core_mask) +.. c:function:: void i16_addrelu6_s(int16_t *in0, int16_t *in1, int16_t *out, int size, int core_mask) +.. c:function:: void i32_addrelu6_s(int32_t *in0, int32_t *in1, int32_t *out, int size, int core_mask) +.. c:function:: void hp_addrelu6_s(half *in0, half *in1, half *out, int size, int core_mask) +.. c:function:: void fp_addrelu6_s(float *in0, float *in1, float *out, int size, int core_mask) +.. c:function:: void dp_addrelu6_s(double *in0, double *in1, double *out, int size, int core_mask) +.. c:function:: void c64_addrelu6_s(float *in0, float *in1, float *out, int size, int core_mask) +.. c:function:: void c128_addrelu6_s(double *in0, double *in1, double *out, int size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *in0 = (float *)0xA0000000; //input在DDR空间 + float *in1 = (float *)0xB0000000; + bool *out = (bool *)0xC0000000; + int size = 1000; + int core_mask = 0xff; + fp_addrelu6_s(in0, in1, out, size, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_addrelu6_p(int8_t *in0, int8_t *in1, int8_t *out, int size) +.. c:function:: void i16_addrelu6_p(int16_t *in0, int16_t *in1, int16_t *out, int size) +.. c:function:: void i32_addrelu6_p(int32_t *in0, int32_t *in1, int32_t *out, int size) +.. c:function:: void hp_addrelu6_p(half *in0, half *in1, half *out, int size) +.. c:function:: void fp_addrelu6_p(float *in0, float *in1, float *out, int size) +.. c:function:: void dp_addrelu6_p(double *in0, double *in1, double *out, int size) +.. c:function:: void c64_addrelu6_p(float *in0, float *in1, float *out, int size) +.. c:function:: void c128_addrelu6_p(double *in0, double *in1, double *out, int size) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *in0 = (float *)0x10000000; //input在L2空间 + float *in1 = (float *)0x10001000; + bool *out = (bool *)0xC0000000; + int size = 1000; + fp_addrelu6_s(in0, in1, out, size); + return 0; + } + + \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/addgrad.rst.txt b/master/html/_sources/functionlib/dsplib/addgrad.rst.txt new file mode 100644 index 0000000..3c6d28a --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/addgrad.rst.txt @@ -0,0 +1,88 @@ +Addgrad +================= + + +逐元素计算加法梯度 + +.. math:: + + dx1 = \frac{\partial L}{\partial X1} = \frac{\partial L}{\partial Y} * 1 = \frac{\partial L}{\partial Y}\\ + dx2 = \frac{\partial L}{\partial X2} = \frac{\partial L}{\partial Y} * 1 = \frac{\partial L}{\partial Y} + +输入： + - **dy** - dy数据地址。 + - **dx1_dim** - x1的维度信息。 + - **dx2_dim** - x2的维度信息。 + - **dy_dims** - dy的维度信息。 + - **num_dims** - 维度数 + - **core_mask** - 核掩码。 + +输出： + - **dx1** - dx1的数据地址。 + - **dx2** - dx2的数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + + +**共享存储版本:** + +.. c:function:: void fp_addgrad_s(float* dy, int* x1_dims, int* x2_dims, int* dy_dims, int num_dims, float* dx1, float* dx2, int core_mask) +.. c:function:: void hp_addgrad_s(half* dy, int* x1_dims, int* x2_dims, int* dy_dims, int num_dims, half* dx1, half* dx2, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *dy = (float *)0xA0000000; //input在DDR空间 + float *dx1 = (float *)0xB0000000; //dx1 + float *dx2 = (float *)0xC0000000; //dxx + int dx1_dims[] = {13, 183, 47}; // 2x2 + int dx2_dims[] = {1, 183, 47}; // 2x2 + int dy_dims[] = {13, 183, 47}; // 2x2 + int num_dims = 3; + int core_mask = 0xff; + fp_addgrad_s(dy, dx1_dims, dx2_dims, dy_dims, num_dims, dx1, dx2, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_addgrad_p(float* dy, int* x1_dims, int* x2_dims, int* dy_dims, int num_dims, float* dx1, float* dx2) +.. c:function:: void hp_addgrad_p(half* dy, int* x1_dims, int* x2_dims, int* dy_dims, int num_dims, half* dx1, half* dx2) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *dy = (float *)0x10000000; //input在L2空间 + float *dx1 = (float *)0x10001000; //dx1 + float *dx2 = (float *)0x10002000; //dxx + int dx1_dims[] = {13, 183, 47}; // 2x2 + int dx2_dims[] = {1, 183, 47}; // 2x2 + int dy_dims[] = {13, 183, 47}; // 2x2 + int num_dims = 3; + fp_addgrad_p(dy, dx1_dims, dx2_dims, dy_dims, num_dims, dx1, dx2); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/addn.rst.txt b/master/html/_sources/functionlib/dsplib/addn.rst.txt new file mode 100644 index 0000000..cc0bab6 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/addn.rst.txt @@ -0,0 +1,96 @@ +AddN +================= + + + +对多个输入张量进行 **逐元素相加**，并将结果输出。 +当前实现为二输入版本，可扩展用于多输入逐元素求和的场景。 + +数学表达式为： + +.. math:: + + dst_i = src0_i + src1_i + +输入： + - **input0** - 第一个输入数据地址。 + - **input1** - 第二个输入数据地址。 + - **length** - 计算长度（元素个数）。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 ``fp32``、``fp64``、``int8``、``int16``、``int32``、``cplx64``、``cplx128`` 类型 + - MT7004 支持 ``fp16``、``fp32``、``int16``、``int32``、``cplx64`` 类型 + - 所有输入与输出张量需具有相同的长度与数据布局 + +**共享存储版本:** + +.. c:function:: void fp_addn_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void dp_addn_s(double* input0, double* input1, double* output, int length, int core_mask) +.. c:function:: void i8_addn_s(int8_t* input0, int8_t* input1, int8_t* output, int length, int core_mask) +.. c:function:: void i16_addn_s(int16_t* input0, int16_t* input1, int16_t* output, int length, int core_mask) +.. c:function:: void i32_addn_s(int32_t* input0, int32_t* input1, int32_t* output, int length, int core_mask) +.. c:function:: void c64_addn_s(cplx64* input0, cplx64* input1, cplx64* output, int length, int core_mask) +.. c:function:: void c128_addn_s(cplx128* input0, cplx128* input1, cplx128* output, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; + float *input1 = (float *)0xA0010000; + float *output = (float *)0xC0000000; + + int length = 1024; + int core_mask = 0xff; + + fp_addn_s(input0, input1, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_addn_p(float* input0, float* input1, float* output, int length) +.. c:function:: void dp_addn_p(double* input0, double* input1, double* output, int length) +.. c:function:: void i8_addn_p(int8_t* input0, int8_t* input1, int8_t* output, int length) +.. c:function:: void i16_addn_p(int16_t* input0, int16_t* input1, int16_t* output, int length) +.. c:function:: void i32_addn_p(int32_t* input0, int32_t* input1, int32_t* output, int length) +.. c:function:: void c64_addn_p(cplx64* input0, cplx64* input1, cplx64* output, int length) +.. c:function:: void c128_addn_p(cplx128* input0, cplx128* input1, cplx128* output, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0x10810000; // L2 空间 + float *input1 = (float *)0x10814000; + float *output = (float *)0x10820000; + + int length = 1024; + + fp_addn_p(input0, input1, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/affine.rst.txt b/master/html/_sources/functionlib/dsplib/affine.rst.txt new file mode 100644 index 0000000..b562f00 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/affine.rst.txt @@ -0,0 +1,276 @@ +Affine +================= +将来自输入数据的若干行按照一个“context”（偏移集合）拼接/裁切成一个中间矩阵，再对该中间矩阵与权重做一次矩阵乘和偏置加法操作，最后应用激活函数（如果指定），得到输出结果。 + +该算子支持全量运行和增量运行两种模式，并维护了上一次全窗口的输出（previous\_output）以支持增量更新。 + +输入： + - **input0** - 输入数据张量地址。 + - **input1** - 权重矩阵地址。 + - **input2** - 偏置向量地址。 + - **input0_shape** - 输入数据形状数组，长度为3，第一维值为1。 + - **input1_shape** - 权重矩阵形状数组，长度为3，第一维值为1。 + - **input2_shape** - 偏置向量形状数组，长度为3，第一维值为1。 + - **output_shape** - 输出张量形状数组，长度为3，第一维值为1。 + - **context** - 上下文索引数组，值递增。 + - **context_size** - 上下文大小。 + - **output_dim** - 输出维度，即输入张量最后一维大小乘以上下文大小。 + - **activation_type** - 激活函数类型，0-8。 + - **is_full_run** - 全量运行标志指针，所指值为1时为全量更新（运行后修改为0），为0时为增量更新。 + - **full_input** - 全量输入缓冲区地址。 + - **full_input_shape** - 全量输入形状数组。 + - **increment_input** - 增量输入缓冲区地址。 + - **increment_input_shape** - 增量输入形状数组。 + - **increment_output** - 增量输出缓冲区地址。 + - **increment_output_shape** - 增量输出形状数组。 + - **previous_output** - 先前输出缓冲区地址。 + - **previous_output_shape** - 先前输出形状数组。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 仿射变换结果张量地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型：int8, fp32 + - MT7004 支持的数据类型：fp16, fp32 + +**激活函数类型定义：** + +.. code-block:: c + :linenos: + + #define ActivationType_NO_ACTIVATION 0 // 无激活函数 + #define ActivationType_RELU 1 // ReLU激活函数 + #define ActivationType_RELU6 2 // ReLU6激活函数 + #define ActivationType_SIGMOID 3 // Sigmoid激活函数 + #define ActivationType_TANH 4 // Tanh激活函数 + #define ActivationType_SWISH 5 // Swish激活函数 + #define ActivationType_HSWISH 6 // Hard Swish激活函数 + #define ActivationType_HSIGMOID 7 // Hard Sigmoid激活函数 + #define ActivationType_SOFTPLUS 8 // Softplus激活函数 + +**激活函数数学公式：** + +- **ReLU**: :math:`f(x) = \max(0, x)` +- **ReLU6**: :math:`f(x) = \min(\max(0, x), 6)` +- **Sigmoid**: :math:`f(x) = \frac{1}{1 + e^{-x}}` +- **Tanh**: :math:`f(x) = \frac{e^x - e^{-x}}{e^x + e^{-x}}` +- **Swish**: :math:`f(x) = x \cdot \sigma(x) = \frac{x}{1 + e^{-x}}` +- **Hard Swish**: :math:`f(x) = x \cdot \frac{\min(\max(x + 3, 0), 6)}{6}` +- **Hard Sigmoid**: :math:`f(x) = \frac{\min(\max(x + 3, 0), 6)}{6}` +- **Softplus**: :math:`f(x) = ln(1 + e^x)` + +**参数数组结构：** + +.. code-block:: c + :linenos: + + long long params[21]; + params[0] = (long long)input0; // 输入数据张量地址 + params[1] = (long long)input1; // 权重矩阵地址 + params[2] = (long long)input2; // 偏置向量地址 + params[3] = (long long)output; // 输出张量地址 + params[4] = (long long)input0_shape; // 输入数据形状数组 + params[5] = (long long)input1_shape; // 权重矩阵形状数组 + params[6] = (long long)input2_shape; // 偏置向量形状数组 + params[7] = (long long)output_shape; // 输出张量形状数组 + params[8] = (long long)context; // 上下文索引数组 + params[9] = (long long)context_size; // 上下文大小 + params[10] = (long long)output_dim; // 输出维度 + params[11] = (long long)activation_type; // 激活函数类型 + params[12] = (long long)&is_full_run; // 全量运行标志指针 + params[13] = (long long)full_input; // 全量输入缓冲区地址 + params[14] = (long long)full_input_shape; // 全量输入形状数组 + params[15] = (long long)increment_input; // 增量输入缓冲区地址 + params[16] = (long long)increment_input_shape; // 增量输入形状数组 + params[17] = (long long)increment_output; // 增量输出缓冲区地址 + params[18] = (long long)increment_output_shape; // 增量输出形状数组 + params[19] = (long long)previous_output; // 先前输出缓冲区地址 + params[20] = (long long)previous_output_shape; // 先前输出形状数组 + +**共享存储版本：** + +.. c:function:: void i8_affine_s(long long* params, int core_mask) +.. c:function:: void fp_affine_s(long long* params, int core_mask) +.. c:function:: void hp_affine_s(long long* params, int core_mask) + +**C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 87 + + // FT78NE 多核示例 + #include + #include + #include + #include + + void test_fp_affine_s(int a, int b, int c, int o, int activation_type, int full_run, int core_mask) { + int i = 0, j = 0; + srand(time(0)); + + int core_id = DNUM; + int logic_core_id = GetLogicCoreId(core_mask, core_id); + int num = GetCoreNum(core_mask); + + int is_full_run = full_run; + int context[] = {-1, 0, 1, 2}; + int context_size = c; + int output_dim = b * c; + + // 形状定义 + int input0_shape[3] = {1, a, b}; + int input1_shape[3] = {1, b * c, o}; + int input2_shape[3] = {1, a - c + 1, o}; + int output_shape[3] = {1, a - c + 1, o}; + + // 中间缓冲区形状 + int full_input_shape[3] = {1, input0_shape[1] - (context[context_size - 1] - context[0]), output_dim}; + int increment_input_shape[3] = {1, 1, output_dim}; + int increment_output_shape[3] = {1, 1, output_shape[2]}; + int previous_output_shape[3] = {1, output_shape[1], output_shape[2]}; + + // 内存分配 + float* input0 = (float*)(0xA0400000); + float* input1 = (float*)(0xA0400000 + 0x100000); + float* input2 = (float*)(0xA0400000 + 0x200000); + float* output = (float*)(0xA0400000 + 0x300000); + float* full_input = (float*)(0xA0400000 + 0x400000); + float* increment_input = (float*)(0xA0400000 + 0x500000); + float* increment_output = (float*)(0xA0400000 + 0x600000); + float* previous_output = (float*)(0xA0400000 + 0x700000); + + // 初始化数据 + if (logic_core_id == 0) { + int input0_len = input0_shape[0] * input0_shape[1] * input0_shape[2]; + int input1_len = input1_shape[0] * input1_shape[1] * input1_shape[2]; + int input2_len = input2_shape[0] * input2_shape[1] * input2_shape[2]; + + for (i = 0; i < input0_len; i++) { + input0[i] = ((float)rand() / RAND_MAX) * 2 - 1; + } + for (i = 0; i < input1_len; i++) { + input1[i] = ((float)rand() / RAND_MAX) * 2 - 1; + } + for (i = 0; i < input2_shape[2]; i++) { + input2[i] = ((float)rand() / RAND_MAX) * 2 - 1; + for (j = 1; j < input2_shape[1]; j++) { + input2[i + j * input2_shape[2]] = input2[i]; + } + } + } + + // 准备参数数组 + long long params[21]; + params[0] = (long long)input0; + params[1] = (long long)input1; + params[2] = (long long)input2; + params[3] = (long long)output; + params[4] = (long long)input0_shape; + params[5] = (long long)input1_shape; + params[6] = (long long)input2_shape; + params[7] = (long long)output_shape; + params[8] = (long long)context; + params[9] = (long long)context_size; + params[10] = (long long)output_dim; + params[11] = (long long)activation_type; + params[12] = (long long)&is_full_run; + params[13] = (long long)full_input; + params[14] = (long long)full_input_shape; + params[15] = (long long)increment_input; + params[16] = (long long)increment_input_shape; + params[17] = (long long)increment_output; + params[18] = (long long)increment_output_shape; + params[19] = (long long)previous_output; + params[20] = (long long)previous_output_shape; + + // 执行 Affine 操作 + fp_affine_s(params, core_mask); + } + + int main(void) { + int a = 23, b = 31, c = 4, o = 29; + int activation_type = 0; // 激活函数类型 + int full_run = 1; // 全量运行标志 + int core_mask = 0xff; // 核掩码 + + test_fp_affine_s(a, b, c, o, activation_type, full_run, core_mask); + return 0; + } + +**私有存储版本：** + +.. c:function:: void i8_affine_p(long long* params) +.. c:function:: void fp_affine_p(long long* params) +.. c:function:: void hp_affine_p(long long* params) + +**C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 57 + + // FT78NE 单核示例 + #include + #include + + int main(void) { + // 参数设置（与共享版本类似） + int a = 32, b = 16, c = 4, o = 16; + int is_full_run = full_run; + int context[] = {-1, 0, 1, 2}; + int context_size = c; + int output_dim = b * c; + + int input0_shape[3] = {1, a, b}; + int input1_shape[3] = {1, b * c, o}; + int input2_shape[3] = {1, a - c + 1, o}; + int output_shape[3] = {1, a - c + 1, o}; + + int full_input_shape[3] = {1, input0_shape[1] - (context[context_size - 1] - context[0]), output_dim}; + int increment_input_shape[3] = {1, 1, output_dim}; + int increment_output_shape[3] = {1, 1, output_shape[2]}; + int previous_output_shape[3] = {1, output_shape[1], output_shape[2]}; + + float* input0 = (float*)(0x10810000); + float* input1 = (float*)(0x10810000 + 0x100000); + float* input2 = (float*)(0x10810000 + 0x200000); + float* output = (float*)(0x10810000 + 0x300000); + float* full_input = (float*)(0x10810000 + 0x400000); + float* increment_input = (float*)(0x10810000 + 0x500000); + float* increment_output = (float*)(0x10810000 + 0x600000); + float* previous_output = (float*)(0x10810000 + 0x700000); + + // 准备参数数组（与共享版本相同） + long long params[21]; + params[0] = (long long)input0; + params[1] = (long long)input1; + params[2] = (long long)input2; + params[3] = (long long)output; + params[4] = (long long)input0_shape; + params[5] = (long long)input1_shape; + params[6] = (long long)input2_shape; + params[7] = (long long)output_shape; + params[8] = (long long)context; + params[9] = (long long)context_size; + params[10] = (long long)output_dim; + params[11] = (long long)activation_type; + params[12] = (long long)&is_full_run; + params[13] = (long long)full_input; + params[14] = (long long)full_input_shape; + params[15] = (long long)increment_input; + params[16] = (long long)increment_input_shape; + params[17] = (long long)increment_output; + params[18] = (long long)increment_output_shape; + params[19] = (long long)previous_output; + params[20] = (long long)previous_output_shape; + + // 调用 Affine + fp_affine_p(params); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/all.rst.txt b/master/html/_sources/functionlib/dsplib/all.rst.txt new file mode 100644 index 0000000..31a70c6 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/all.rst.txt @@ -0,0 +1,97 @@ +All +================= + + +沿指定轴计算张量的逻辑与 (Logical AND)。如果轴上的所有元素都为真（非零），则输出为1.0，否则为0.0。 + +.. math:: + + Y_i = \prod_{x \in S_i} B(x) + +其中 :math:`S_i` 是输入张量中用于计算输出 :math:`Y_i` 的切片, :math:`B(x)` 是一个辅助函数: + +.. math:: + + B(x)=\begin{cases} 1, & \text{if } x \neq 0 \\ 0, & \text{if } x = 0 \end{cases} + +输入： + - **outer_size** - 规约轴之前的所有维度大小的乘积。 + - **inner_size** - 规约轴之后的所有维度大小的乘积。 + - **axis_size** - 规约轴本身的大小。 + - **src_data** - 输入数据地址。 + - **core_mask** - 核掩码。 + +输出： + - **dst_data** - 输出数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + + +**共享存储版本:** + +.. c:function:: void i8_reduceall_s(int outer_size, int inner_size, int axis_size, int8_t *src_data, int8_t *dst_data, int core_mask) +.. c:function:: void i16_reduceall_s(int outer_size, int inner_size, int axis_size, int16_t *src_data, int16_t *dst_data, int core_mask) +.. c:function:: void i32_reduceall_s(int outer_size, int inner_size, int axis_size, int *src_data, int *dst_data, int core_mask) +.. c:function:: void hp_reduceall_s(int outer_size, int inner_size, int axis_size, half *src_data, half *dst_data, int core_mask) +.. c:function:: void fp_reduceall_s(int outer_size, int inner_size, int axis_size, float *src_data, float *dst_data, int core_mask) +.. c:function:: void dp_reduceall_s(int outer_size, int inner_size, int axis_size, double *src_data, double *dst_data, int core_mask) +.. c:function:: void c64_reduceall_s(int outer_size, int inner_size, int axis_size, float *src_data, float *dst_data, int core_mask) +.. c:function:: void c128_reduceall_s(int outer_size, int inner_size, int axis_size, double *src_data, double *dst_data, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *src_data = (float *)0xA0000000; //input在DDR空间 + float *dst_data = (float *)0xB0000000; //output + int outer_size = 2; + int inner_size = 4; + int axis_size = 3; + int core_mask = 0xff; + fp_reduceall_s(outer_size, inner_size, axis_size, src_data, dst_data, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_reduceall_p(int outer_size, int inner_size, int axis_size, int8_t *src_data, int8_t *dst_data) +.. c:function:: void i16_reduceall_p(int outer_size, int inner_size, int axis_size, int16_t *src_data, int16_t *dst_data) +.. c:function:: void i32_reduceall_p(int outer_size, int inner_size, int axis_size, int *src_data, int *dst_data) +.. c:function:: void hp_reduceall_p(int outer_size, int inner_size, int axis_size, half *src_data, half *dst_data) +.. c:function:: void fp_reduceall_p(int outer_size, int inner_size, int axis_size, float *src_data, float *dst_data) +.. c:function:: void dp_reduceall_p(int outer_size, int inner_size, int axis_size, double *src_data, double *dst_data) +.. c:function:: void c64_reduceall_p(int outer_size, int inner_size, int axis_size, float *src_data, float *dst_data) +.. c:function:: void c128_reduceall_p(int outer_size, int inner_size, int axis_size, double *src_data, double *dst_data) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *src_data = (float *)0x10000000; //input在DDR空间 + float *dst_data = (float *)0x10001000; //output + int outer_size = 2; + int inner_size = 4; + int axis_size = 3; + fp_reduceall_p(outer_size, inner_size, axis_size, src_data, dst_data); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/allgather.rst.txt b/master/html/_sources/functionlib/dsplib/allgather.rst.txt new file mode 100644 index 0000000..bddcfa7 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/allgather.rst.txt @@ -0,0 +1,105 @@ +AllGather +================= + + + +将各输入分片的数据进行 **全量收集（All-Gather）**， +并在输出中按指定维度进行拼接复制。 +该算子通常用于并行/多核场景中，将每个 rank 的本地数据 +收集成一个完整的输出张量。 + +算子行为可概括为两步： +1. 将 ``input`` 中每个 ``input_rank`` 对应的数据块拷贝到 ``output`` 的首段连续区域； +2. 将首段完整数据复制到其余 ``output_rank - 1`` 个位置，形成完整聚合结果。 + +输入： + - **input** - 输入数据地址，按 ``[input_rank, data_size]`` 形式连续存储。 + - **input_rank** - 输入 rank 数量（通常对应参与 AllGather 的并行单元数）。 + - **output_rank** - 输出 rank 数量（通常等于或大于 ``input_rank``）。 + - **data_size** - 单个 rank 对应的数据元素个数。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - AllGather 结果输出地址， + 数据按 ``[output_rank, input_rank, data_size]`` 的逻辑顺序存储。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 ``fp32``、``fp64``、``int8``、``int16``、``int32``、``cplx64``、``cplx128`` 类型 + - MT7004 支持 ``fp16``、``fp32``、``int16``、``int32``、``cplx64`` 类型 + - 当前实现基于 DMA进行数据搬运 + - 输入与输出地址需保证足够的连续空间以容纳聚合结果 + +**共享存储版本:** + +.. c:function:: void fp_allgather_s(float* input, float* output, int input_rank, int output_rank, int data_size, int core_mask) +.. c:function:: void dp_allgather_s(double* input, double* output, int input_rank, int output_rank, int data_size, int core_mask) +.. c:function:: void i8_allgather_s(int8_t* input, int8_t* output, int input_rank, int output_rank, int data_size, int core_mask) +.. c:function:: void i16_allgather_s(int16_t* input, int16_t* output, int input_rank, int output_rank, int data_size, int core_mask) +.. c:function:: void i32_allgather_s(int32_t* input, int32_t* output, int input_rank, int output_rank, int data_size, int core_mask) +.. c:function:: void c64_allgather_s(cplx64* input, cplx64* output, int input_rank, int output_rank, int data_size, int core_mask) +.. c:function:: void c128_allgather_s(cplx128* input, cplx128* output, int input_rank, int output_rank, int data_size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14-16 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; + float *output = (float *)0xC0000000; + + int input_rank = 4; + int output_rank = 4; + int data_size = 256; + int core_mask = 0xff; + + fp_allgather_s(input, output, + input_rank, output_rank, + data_size, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_allgather_p(float* input, float* output, int input_rank, int output_rank, int data_size) +.. c:function:: void dp_allgather_p(double* input, double* output, int input_rank, int output_rank, int data_size) +.. c:function:: void i8_allgather_p(int8_t* input, int8_t* output, int input_rank, int output_rank, int data_size) +.. c:function:: void i16_allgather_p(int16_t* input, int16_t* output, int input_rank, int output_rank, int data_size) +.. c:function:: void i32_allgather_p(int32_t* input, int32_t* output, int input_rank, int output_rank, int data_size) +.. c:function:: void c64_allgather_p(cplx64* input, cplx64* output, int input_rank, int output_rank, int data_size) +.. c:function:: void c128_allgather_p(cplx128* input, cplx128* output, int input_rank, int output_rank, int data_size) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13-15 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10810000; // L2 空间 + float *output = (float *)0x10820000; + + int input_rank = 4; + int output_rank = 4; + int data_size = 256; + + fp_allgather_p(input, output, + input_rank, output_rank, + data_size); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/applymomentum.rst.txt b/master/html/_sources/functionlib/dsplib/applymomentum.rst.txt index 4c291ab..fe1f1f3 100644 --- a/master/html/_sources/functionlib/dsplib/applymomentum.rst.txt +++ b/master/html/_sources/functionlib/dsplib/applymomentum.rst.txt @@ -48,7 +48,7 @@ ApplyMomentum .. code-block:: c :linenos: - :emphasize-lines: 15 + :emphasize-lines: 15-17 // FT78NE 多核示例 #include @@ -80,7 +80,7 @@ ApplyMomentum .. code-block:: c :linenos: - :emphasize-lines: 13 + :emphasize-lines: 13-15 // MT7004 单核示例 #include diff --git a/master/html/_sources/functionlib/dsplib/argmax.rst.txt b/master/html/_sources/functionlib/dsplib/argmax.rst.txt new file mode 100644 index 0000000..bc7c7d3 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/argmax.rst.txt @@ -0,0 +1,111 @@ +Argmax +================= + + +沿指定轴查找最大 `topk` 个值的索引。当 `topk=1` 时，该算子等价于 `ArgMax`。 + +.. math:: + + Y_i = \underset{k}{\operatorname{argmax}} (X_{slice_i}) + +其中 :math:`X_{slice_i}` 是输入张量中沿指定轴的一个切片，函数返回该切片中最大值的索引 :math:`k`。 + +输入： + - **input** - 输入数据地址。 + - **output** - 输出索引的数据地址，数据类型通常为int32。 + - **output_value** - (可选) 输出值的数据地址。 + - **in_shape** - 输入张量的维度信息数组。 + - **in_strides** - 输入张量的步长信息数组。 + - **out_strides** - 输出张量的步长信息数组。 + - **arg_elements** - 用于存放候选值的临时工作空间地址。 + - **index** - 用于存放候选索引的临时工作空间地址。 + - **topk** - 需要查找的最大值的数量。设置为1以执行ArgMax操作。 + - **out_value** - 是否返回数值的标志。若为非0，则 `output_value` 必须提供有效地址。 + - **input_shape_size** - 输入张量的维度数 (即 `in_shape` 数组的长度)。 + - **axis** - 执行查找操作的轴。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 存储索引的输出张量。 + - **output_value** - 如果 `return_values` 为 true，则此处存储找到的值。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + + +**共享存储版本:** + +.. c:function:: void fp_argmax_s(float *input, void *output, float *output_value, int32_t *in_shape, int *in_strides, int *out_strides, float *arg_elements, int* index, int topk, int out_value, int input_shape_size, int axis, int core_mask) +.. c:function:: void hp_argmax_s(half *input, void *output, half *output_value, int32_t *in_shape, int *in_strides, int *out_strides, half *arg_elements, int* index, int topk, int out_value, int input_shape_size, int axis, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 21 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input在DDR空间 + int *output = (int *)0xB0000000; // output indices + float *output_value = (float *)0xC0000000; // output values + float *arg_elements = (float *)0xD0000000; // temp workspace 1 + int *index = (int *)0xE0000000; // temp workspace 2 + + int in_shape[] = {2, 3, 4}; // input shape: (2, 3, 4) + int in_strides[] = {12, 4, 1}; // input strides for contiguous layout + int out_strides[] = {4, 1}; // output strides, shape is (2, 4) + int input_shape_size = 3; + + int axis = 1; // 沿第1轴操作 + int topk = 1; // ArgMax + int out_value = 1; // 同时返回值 + int core_mask = 0xff; + + fp_argmax_s(input, output, output_value, in_shape, in_strides, out_strides, arg_elements, index, topk, out_value, input_shape_size, axis, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_argmax_p(float *input, void *output, float *output_value, int32_t *in_shape, int *in_strides, int *out_strides, float *arg_elements, int* index, int topk, int out_value, int input_shape_size, int axis) +.. c:function:: void hp_argmax_p(half *input, void *output, half *output_value, int32_t *in_shape, int *in_strides, int *out_strides, half *arg_elements, int* index, int topk, int out_value, int input_shape_size, int axis) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 20-21 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input = (float *)0x10001000; // input在DDR空间 + int *output = (int *)0x10002000; // output indices + float *output_value = (float *)0x10003000; // output values + float *arg_elements = (float *)0x10004000; // temp workspace 1 + int *index = (int *)0x10005000; // temp workspace 2 + + int in_shape[] = {2, 3, 4}; // input shape: (2, 3, 4) + int in_strides[] = {12, 4, 1}; // input strides for contiguous layout + int out_strides[] = {4, 1}; // output strides, shape is (2, 4) + int input_shape_size = 3; + + int axis = 1; // 沿第1轴操作 + int topk = 1; // ArgMax + int out_value = 1; // 同时返回值 + + fp_argmax_p(input, output, output_value, in_shape, in_strides, out_strides, + arg_elements, index, topk, out_value, input_shape_size, axis); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/argmin.rst.txt b/master/html/_sources/functionlib/dsplib/argmin.rst.txt new file mode 100644 index 0000000..e773013 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/argmin.rst.txt @@ -0,0 +1,112 @@ +Argmin +================= + + +沿指定轴查找最小 `topk` 个值的索引。当 `topk=1` 时，该算子等价于 `ArgMin`。 + +.. math:: + + Y_i = \underset{k}{\operatorname{argmin}} (X_{slice_i}) + +其中 :math:`X_{slice_i}` 是输入张量中沿指定轴的一个切片，函数返回该切片中最小值的索引 :math:`k`。 + +输入： + - **input** - 输入数据地址。 + - **output** - 输出索引的数据地址，数据类型通常为int32。 + - **output_value** - (可选) 输出值的数据地址。 + - **in_shape** - 输入张量的维度信息数组。 + - **in_strides** - 输入张量的步长信息数组。 + - **out_strides** - 输出张量的步长信息数组。 + - **arg_elements** - 用于存放候选值的临时工作空间地址。 + - **index** - 用于存放候选索引的临时工作空间地址。 + - **topk** - 需要查找的最小值的数量。设置为1以执行ArgMin操作。 + - **out_value** - 是否返回数值的标志。若为非0，则 `output_value` 必须提供有效地址。 + - **input_shape_size** - 输入张量的维度数 (即 `in_shape` 数组的长度)。 + - **axis** - 执行查找操作的轴。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 存储索引的输出张量。 + - **output_value** - 如果 `return_values` 为 true，则此处存储找到的值。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + + +**共享存储版本:** + +.. c:function:: void fp_argmin_s(float* input, void* output, float* output_value, int* in_shape, int* in_strides, int* out_strides, float* arg_elements, int* index, int topk, int out_value, int input_shape_size, int axis, int core_mask) +.. c:function:: void hp_argmin_s(half* input, void* output, half* output_value, int* in_shape, int* in_strides, int* out_strides, half* arg_elements, int* index, int topk, int out_value, int input_shape_size, int axis, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 21-22 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input在DDR空间 + int *output = (int *)0xB0000000; // output indices + float *output_value = (float *)0xC0000000; // output values + float *arg_elements = (float *)0xD0000000; // temp workspace 1 + int *index = (int *)0xE0000000; // temp workspace 2 + + int in_shape[] = {2, 3, 4}; // input shape: (2, 3, 4) + int in_strides[] = {12, 4, 1}; // input strides for contiguous layout + int out_strides[] = {4, 1}; // output strides, shape is (2, 4) + int input_shape_size = 3; + + int axis = 1; // 沿第1轴操作 + int topk = 1; // ArgMax + int out_value = 1; // 同时返回值 + int core_mask = 0xff; + + fp_argmin_s(input, output, output_value, in_shape, in_strides, out_strides, + arg_elements, index, topk, out_value, input_shape_size, axis, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_argmin_p(float *input, void *output, float *output_value, int32_t *in_shape, int *in_strides, int *out_strides, float *arg_elements, int* index, int topk, int out_value, int input_shape_size, int axis) +.. c:function:: void hp_argmin_p(half *input, void *output, half *output_value, int32_t *in_shape, int *in_strides, int *out_strides, half *arg_elements, int* index, int topk, int out_value, int input_shape_size, int axis) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 20-21 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input = (float *)0x10001000; // input在DDR空间 + int *output = (int *)0x10002000; // output indices + float *output_value = (float *)0x10003000; // output values + float *arg_elements = (float *)0x10004000; // temp workspace 1 + int *index = (int *)0x10005000; // temp workspace 2 + + int in_shape[] = {2, 3, 4}; // input shape: (2, 3, 4) + int in_strides[] = {12, 4, 1}; // input strides for contiguous layout + int out_strides[] = {4, 1}; // output strides, shape is (2, 4) + int input_shape_size = 3; + + int axis = 1; // 沿第1轴操作 + int topk = 1; // ArgMin + int out_value = 1; // 同时返回值 + + fp_argmin_p(input, output, output_value, in_shape, in_strides, out_strides, + arg_elements, index, topk, out_value, input_shape_size, axis); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/assign.rst.txt b/master/html/_sources/functionlib/dsplib/assign.rst.txt new file mode 100644 index 0000000..101ec19 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/assign.rst.txt @@ -0,0 +1,83 @@ +Assign +================= + +将输入张量的值复制到输出张量中，实现张量赋值操作。 + +.. math:: + + dst_i = src_i + +输入： + - **src** - 输入数据地址。 + - **length** - 数组长度（元素个数）。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **dst** - 输出数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型：int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持的数据类型：fp16, fp32, int16, int32, cplx64 + +**共享存储版本：** + +.. c:function:: void i8_assign_s(int8_t* src, int8_t* dst, int length, int core_mask) +.. c:function:: void i16_assign_s(int16_t* src, int16_t* dst, int length, int core_mask) +.. c:function:: void i32_assign_s(int32_t* src, int32_t* dst, int length, int core_mask) +.. c:function:: void fp_assign_s(float* src, float* dst, int length, int core_mask) +.. c:function:: void dp_assign_s(double* src, double* dst, int length, int core_mask) +.. c:function:: void c64_assign_s(float* src, float* dst, int length, int core_mask) +.. c:function:: void c128_assign_s(double* src, double* dst, int length, int core_mask) +.. c:function:: void hp_assign_s(half* src, half* dst, int length, int core_mask) + +**C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + // FT78NE 多核示例 + #include + #include + + int main(int argc, char* argv[]) { + float *src = (float *)0xA0000000; // src在DDR空间 + float *dst = (float *)0xB0000000; + int length = 1000; + int core_mask = 0xff; + fp_assign_s(src, dst, length, core_mask); + return 0; + } + +**私有存储版本：** + +.. c:function:: void i8_assign_p(int8_t* src, int8_t* dst, int length) +.. c:function:: void i16_assign_p(int16_t* src, int16_t* dst, int length) +.. c:function:: void i32_assign_p(int32_t* src, int32_t* dst, int length) +.. c:function:: void fp_assign_p(float* src, float* dst, int length) +.. c:function:: void dp_assign_p(double* src, double* dst, int length) +.. c:function:: void c64_assign_p(float* src, float* dst, int length) +.. c:function:: void c128_assign_p(double* src, double* dst, int length) +.. c:function:: void hp_assign_p(half* src, half* dst, int length) + +**C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 9 + + // MT7004 单核示例 + #include + #include + + int main(int argc, char* argv[]) { + half *src = (half *)0x10000000; // src在L2空间 + half *dst = (half *)0x10004000; + int length = 1000; + hp_assign_p(src, dst, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/assignadd.rst.txt b/master/html/_sources/functionlib/dsplib/assignadd.rst.txt new file mode 100644 index 0000000..fc0b4ec --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/assignadd.rst.txt @@ -0,0 +1,88 @@ +AssignAdd +================= + +将输入张量的值累加到输出张量中，实现张量原地加法操作。 + +.. math:: + + output_i = output_i + input_i + +输入： + - **input** - 输入数据地址。 + - **output** - 输出数据地址（同时作为输入和输出）。 + - **length** - 数组长度（元素个数）。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 原地写回累加结果。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型：int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持的数据类型：fp16, fp32, int16, int32, cplx64 + +**共享存储版本：** + +.. c:function:: void i8_assignadd_s(int8_t* input, int8_t* output, int length, int core_mask) +.. c:function:: void i16_assignadd_s(int16_t* input, int16_t* output, int length, int core_mask) +.. c:function:: void i32_assignadd_s(int32_t* input, int32_t* output, int length, int core_mask) +.. c:function:: void fp_assignadd_s(float* input, float* output, int length, int core_mask) +.. c:function:: void dp_assignadd_s(double* input, double* output, int length, int core_mask) +.. c:function:: void c64_assignadd_s(float* input, float* output, int length, int core_mask) +.. c:function:: void c128_assignadd_s(double* input, double* output, int length, int core_mask) +.. c:function:: void hp_assignadd_s(half* input, half* output, int length, int core_mask) + +**C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + // FT78NE 多核示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input在DDR空间 + float *output = (float *)0xB0000000; // output在DDR空间，同时作为输入和输出 + int length = 1000; + int core_mask = 0xff; + + // 执行 output[i] += input[i] + fp_assignadd_s(input, output, length, core_mask); + return 0; + } + +**私有存储版本：** + +.. c:function:: void i8_assignadd_p(int8_t* input, int8_t* output, int length) +.. c:function:: void i16_assignadd_p(int16_t* input, int16_t* output, int length) +.. c:function:: void i32_assignadd_p(int32_t* input, int32_t* output, int length) +.. c:function:: void fp_assignadd_p(float* input, float* output, int length) +.. c:function:: void dp_assignadd_p(double* input, double* output, int length) +.. c:function:: void c64_assignadd_p(float* input, float* output, int length) +.. c:function:: void c128_assignadd_p(double* input, double* output, int length) +.. c:function:: void hp_assignadd_p(half* input, half* output, int length) + +**C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + // MT7004 单核示例 + #include + #include + + int main(int argc, char* argv[]) { + half *input = (half *)0x10000000; // input在L2空间 + half *output = (half *)0x10004000; // output在L2空间，同时作为输入和输出 + int length = 1000; + + // 执行 output[i] += input[i] + hp_assignadd_p(input, output, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/audio_spectrogram.rst.txt b/master/html/_sources/functionlib/dsplib/audio_spectrogram.rst.txt new file mode 100644 index 0000000..798b6a3 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/audio_spectrogram.rst.txt @@ -0,0 +1,137 @@ +AudioSpectrogram +=================== + +音频频谱（Audio Spectrogram）是一种常用的音频信号特征表示方式，通过将时域音频信号转换为频域信号，提供了时间和频率的双重信息。 + +参数说明： + - **params** - 频谱图参数配置结构体指针 + - **workspace** - 工作空间缓冲区结构体指针 + - **core_mask** - 核掩码，指定参与计算的处理器核（仅共享存储版本） + +**结构体定义：** + .. code-block:: c + :linenos: + + typedef struct { + // 输入 + float* input; // 输入数据地址 + int input_len; // 输入数据长度 + + // 输出 + float* output; // 输出数据地址 + int* output_shape; // 输出数据形状 + + // 配置参数 + int pad; // 填充大小 + WindowType window_type; // 窗函数类型 + int n_fft; // FFT点数 + int hop_length; // 帧移长度 + int win_length; // 窗长度 + float power; // 功率值 + bool normalized; // 是否归一化 + bool center; // 是否中心化 + BorderType pad_mode; // 填充模式 + bool onesided; // 是否单边频谱 + } SpectrogramParam; + typedef struct { + float* fft_window; // FFT窗函数缓冲区 + float* fft_window_later; // 后续FFT窗缓冲区 + float* input_data_pad; // 填充后的输入数据 + float* input_data; // 输入数据缓冲区 + float* input_win; // 加窗输入数据 + float* exp_complex; // 复数指数缓冲区 + float* spec_f; // 频谱频率缓冲区 + float* output_onsided; // 单边输出缓冲区 + } WorkspaceParam; +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp32 + - MT7004 支持 fp32 + +**共享存储版本：** + +.. c:function:: void fp_audio_spectrogram_s(SpectrogramParam* params, WorkspaceParam* workspace, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 30 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float* input_data = (float*)0x81000000; + float* output = (float*)0x82000000; + int output_shape[2] = {0, 0, 0}; + SpectrogramParam* spec_params = (SpectrogramParam*)0x83200000; + WorkspaceParam* spec_workspace = (WorkspaceParam*)0x83400000; + + // 结构体 SpectrogramParam + spec_params->input = input_data; + spec_params->input_len = 4000; + spec_params->output = output; + spec_params->output_shape = output_shape; + spec_params->pad = 0; + spec_params->window_type = kHann; + spec_params->n_fft = 32; + spec_params->hop_length = 16; + spec_params->win_length = 32; + spec_params->power = 2.0f; + spec_params->normalized = false; + spec_params->center = false; + spec_params->pad_mode = kConstant; + spec_params->onesided = true; + + int core_mask = 0xff; + //spec_workspace里每个中间缓冲区指针分配地址 + //... + fp_audio_spectrogram_s(spec_params, spec_workspace, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_audio_spectrogram_p(SpectrogramParam* params, WorkspaceParam* workspace) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 29 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float* input_data = (float*)0x10810000; + float* output_mfcc = (float*)0x10820000; + SpectrogramParam* spec_params = (SpectrogramParam*)0x10830000; + WorkspaceParam* spec_workspace = (WorkspaceParam*)0x10840000; + int output_shape[2] = {0, 0, 0}; + + spec_params->input = input_data; + spec_params->input_len = 4000; + spec_params->output = output; + spec_params->output_shape = output_shape; + spec_params->pad = 0; + spec_params->window_type = kHann; + spec_params->n_fft = 32; + spec_params->hop_length = 16; + spec_params->win_length = 32; + spec_params->power = 2.0f; + spec_params->normalized = false; + spec_params->center = false; + spec_params->pad_mode = kConstant; + spec_params->onesided = true; + + //为spec_workspace里每个中间缓冲区指针分配地址 + //... + + fp_audio_spectrogram_p(spec_params, spec_workspace); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/avgpooling.rst.txt b/master/html/_sources/functionlib/dsplib/avgpooling.rst.txt new file mode 100644 index 0000000..000a134 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/avgpooling.rst.txt @@ -0,0 +1,136 @@ +Avgpooling +================= + + +对NHWC格式的输入张量执行2D平均池化，并随后进行范围裁剪（Clip）激活。 + +该算子融合了两个步骤： + +1. **平均池化 (Average Pooling)**: + +.. math:: + + \text{Pool}_{i,j} = \frac{1}{k_h \times k_w} \sum_{m=0}^{k_h-1} \sum_{n=0}^{k_w-1} \text{Input}_{i \cdot s_h + m, j \cdot s_w + n} + +2. **裁剪激活 (Clipping Activation)**: + +.. math:: + + \text{Output} = \max(\min\_val, \min(\text{Pool}, \max\_val)) + +输入： + - **input** - 输入张量的数据地址。格式: NHWC。 + - **batch** (N) - 批处理大小。 + - **in_h** (H) - 输入特征图的高度。 + - **in_w** (W) - 输入特征图的宽度。 + - **channel** (C) - 输入特征图的通道数。 + - **win_h** - 池化核的高度。 + - **win_w** - 池化核的宽度。 + - **stride_h** - 垂直方向的步长。 + - **stride_w** - 水平方向的步长。 + - **pad_top** - 上边距填充。 + - **pad_bottom** - 下边距填充。 + - **pad_left** - 左边距填充。 + - **pad_right** - 右边距填充。 + - **min_val** - 裁剪范围的最小值。 + - **max_val** - 裁剪范围的最大值。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出张量的数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int8 + - MT7004 支持fp16, fp32 + + +**共享存储版本:** + +.. c:function:: void i8_avgpool_fusion_s(int8_t* input, int8_t* output, int batch, int in_h, int in_w, int channel, int win_h, int win_w, int stride_h, int stride_w, int pad_top, int pad_bottom, int pad_left, int pad_right, int8_t min_val, int8_t max_val, int core_mask) +.. c:function:: void fp_avgpool_fusion_s(float* input, float* output, int batch, int in_h, int in_w, int channel, int win_h, int win_w, int stride_h, int stride_w, int pad_top, int pad_bottom, int pad_left, int pad_right, float min_val, float max_val, int core_mask) +.. c:function:: void hp_avgpool_fusion_s(half* input, half* output, int batch, int in_h, int in_w, int channel, int win_h, int win_w, int stride_h, int stride_w, int pad_top, int pad_bottom, int pad_left, int pad_right, half min_val, half max_val, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 25-28 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input在DDR空间 + float *output = (float *)0xB0000000; // output + + // Shape parameters + int batch = 2; + int in_h = 224; + int in_w = 224; + int channel = 3; + + // Pooling parameters + int win_h = 3, win_w = 3; + int stride_h = 2, stride_w = 2; + int pad_top = 1, pad_bottom = 1, pad_left = 1, pad_right = 1; + + // Fusion parameters (e.g., for ReLU6 activation) + float min_val = 0.0f; + float max_val = 6.0f; + + int core_mask = 0xff; + + fp_avgpool_fusion_s(input, output, batch, in_h, in_w, channel, + win_h, win_w, stride_h, stride_w, + pad_top, pad_bottom, pad_left, pad_right, + min_val, max_val, core_mask); + return 0; + } + + + +**私有存储版本:** + +.. c:function:: void i8_avgpool_fusion_p(int8_t* input, int8_t* output, int batch, int in_h, int in_w, int channel, int win_h, int win_w, int stride_h, int stride_w, int pad_top, int pad_bottom, int pad_left, int pad_right, int8_t min_val, int8_t max_val) +.. c:function:: void fp_avgpool_fusion_p(float* input, float* output, int batch, int in_h, int in_w, int channel, int win_h, int win_w, int stride_h, int stride_w, int pad_top, int pad_bottom, int pad_left, int pad_right, float min_val, float max_val) +.. c:function:: void hp_avgpool_fusion_p(half* input, half* output, int batch, int in_h, int in_w, int channel, int win_h, int win_w, int stride_h, int stride_w, int pad_top, int pad_bottom, int pad_left, int pad_right, half min_val, half max_val) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 23-26 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; // input在L2空间 + float *output = (float *)0x10100000; // output + + // Shape parameters + int batch = 2; + int in_h = 32; + int in_w = 32; + int channel = 16; + + // Pooling parameters + int win_h = 2, win_w = 2; + int stride_h = 2, stride_w = 2; + int pad_top = 0, pad_bottom = 0, pad_left = 0, pad_right = 0; + + // Fusion parameters + float min_val = -127.0f; + float max_val = 127.0f; + + fp_avgpool_fusion_p(input, output, batch, in_h, in_w, channel, + win_h, win_w, stride_h, stride_w, + pad_top, pad_bottom, pad_left, pad_right, + min_val, max_val); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/avgpoolinggrad.rst.txt b/master/html/_sources/functionlib/dsplib/avgpoolinggrad.rst.txt index 9a4093d..81c13aa 100644 --- a/master/html/_sources/functionlib/dsplib/avgpoolinggrad.rst.txt +++ b/master/html/_sources/functionlib/dsplib/avgpoolinggrad.rst.txt @@ -47,7 +47,7 @@ AvgPoolingGrad .. code-block:: c :linenos: - :emphasize-lines: 20 + :emphasize-lines: 20-25 // FT78NE 多核示例 #include @@ -88,7 +88,7 @@ AvgPoolingGrad .. code-block:: c :linenos: - :emphasize-lines: 21 + :emphasize-lines: 21-26 // MT7004 单核示例 #include diff --git a/master/html/_sources/functionlib/dsplib/batchnorm.rst.txt b/master/html/_sources/functionlib/dsplib/batchnorm.rst.txt new file mode 100644 index 0000000..3bbc65f --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/batchnorm.rst.txt @@ -0,0 +1,99 @@ +BatchNorm +================= + +对输入数组按通道执行批归一化（Batch Normalization）计算。 +该算子使用给定的均值与方差对输入进行标准化，并通过 epsilon 保证数值稳定性。 + +.. math:: + + dst_{i,j} = \frac{src_{i,j} - mean_j}{\sqrt{variance_j + \epsilon}} + +其中： + +- :math:`i` 表示第 ``unit`` 个样本 +- :math:`j` 表示通道索引 +- :math:`mean_j`、:math:`variance_j` 为第 :math:`j` 个通道的统计量 + +对于 ``int8`` 类型输入，内部以浮点方式计算，最终结果按实现规则取整并输出为 ``int8``。 + +输入： + - **input** - 输入数据地址，形状为 ``[unit, channel]``。 + - **mean** - 均值数组地址，长度为 ``channel``。 + - **variance** - 方差数组地址，长度为 ``channel``。 + - **unit** - 样本数（或展开后的空间维度）。 + - **channel** - 通道数。 + - **epsilon** - 数值稳定因子。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 批归一化后的输出数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 ``int8``、``fp32`` 类型 + - MT7004 支持 ``fp16``、``fp32`` 类型 + - 当前实现不包含 scale 与 bias，仅执行标准化操作 + +**共享存储版本:** + +.. c:function:: void i8_batchnorm_s(int8_t* input, int8_t* output, float* mean, float* variance, int unit, int channel, float epsilon, int core_mask) +.. c:function:: void fp_batchnorm_s(float* input, float* output, float* mean, float* variance, int unit, int channel, float epsilon, int core_mask) +.. c:function:: void hp_batchnorm_s(half* input, half* output, float* mean, float* variance, int unit, int channel, float epsilon, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + int8_t *input = (int8_t *)0xA0000000; // input 在 DDR 空间 + int8_t *output = (int8_t *)0xC0000000; + float *mean = (float *)0xA1000000; + float *var = (float *)0xA2000000; + int unit = 128; + int channel = 64; + float epsilon = 1e-5f; + int core_mask = 0xff; + + i8_batchnorm_s(input, output, mean, var, unit, channel, epsilon, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_batchnorm_p(int8_t* input, int8_t* output, float* mean, float* variance, int unit, int channel, float epsilon) +.. c:function:: void fp_batchnorm_p(float* input, float* output, float* mean, float* variance, int unit, int channel, float epsilon) +.. c:function:: void hp_batchnorm_p(half* input, half* output, float* mean, float* variance, int unit, int channel, float epsilon) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + int8_t *input = (int8_t *)0x10810000; // input 在 L2 空间 + int8_t *output = (int8_t *)0x10820000; + float *mean = (float *)0x10830000; + float *var = (float *)0x10840000; + int unit = 128; + int channel = 64; + float epsilon = 1e-5f; + + i8_batchnorm_p(input, output, mean, var, unit, channel, epsilon); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/batchnormgrad.rst.txt b/master/html/_sources/functionlib/dsplib/batchnormgrad.rst.txt new file mode 100644 index 0000000..ae08364 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/batchnormgrad.rst.txt @@ -0,0 +1,113 @@ +Batchnormgrad +================= + + +逐元素计算加法梯度 + +计算批标准化 (Batch Normalization) 的梯度。 + +该算子计算损失函数 L 分别对输入 `x`、缩放因子 `scale` (γ) 和偏置 `bias` (β) 的梯度。其中 `bias` 的梯度为 `dbias`。 + +.. math:: + + dscale(\gamma) &= \sum_{i=1}^{m} dy_i \cdot \hat{x}_i \\ + dbias(\beta) &= \sum_{i=1}^{m} dy_i + +.. math:: + + dx_i = \frac{\gamma}{m\sqrt{\sigma^2 + \epsilon}} \left[ m \cdot dy_i - \sum_{j=1}^{m}dy_j - \hat{x}_i \sum_{j=1}^{m}dy_j \hat{x}_j \right] + +其中 :math:`m` 是批处理大小 (batch)，:math:`\hat{x}` 是归一化后的 :math:`x`。 + +输入： + - **x** - 前向传播时的输入张量。 + - **dy** - 来自后一层的上游梯度。 + - **mean** - 前向传播时计算的均值。 + - **invar** - 前向传播时计算的逆方差 (1 / sqrt(variance + epsilon))。 + - **scale** - 前向传播时使用的缩放因子 (gamma, γ)。 + - **batch** - 批处理大小。 + - **channel** - 通道数。 + - **is_train** - 是否为训练模式。梯度计算通常在训练时进行。 + - **core_mask** - 核掩码。 + +输出： + - **dx** - 对输入 `x` 的梯度。 + - **dbias** - 对偏置 `bias` (β) 的梯度。 + - **dscale** - 对缩放因子 `scale` (γ) 的梯度。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void fp_batchnormgrad_s(float* x, float* dy, float* mean, float* invar, float* scale, int batch, int channel, int is_train, float* dx, float* dbias, float* dscale, int core_mask) +.. c:function:: void hp_batchnormgrad_s(half* x, half* dy, half* mean, half* invar, half* scale, int batch, int channel, int is_train, half* dx, half* dbias, half* dscale, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 20 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *x = (float *)0xA0000000; // forward input x + float *dy = (float *)0xB0000000; // upstream gradient dy + float *mean = (float *)0xC0000000; // forward mean + float *invar = (float *)0xD0000000; // forward inverse variance + float *scale = (float *)0xE0000000; // forward scale (gamma) + + float *dx = (float *)0xA1000000; // output gradient dx + float *dbias = (float *)0xB1000000; // output gradient dbias + float *dscale = (float *)0xC1000000; // output gradient dscale + + int batch = 4; + int channel = 64; + int is_train = true; + int core_mask = 0xff; + + fp_batchnormgrad_s(x, dy, mean, invar, scale, batch, channel, is_train, dx, dbias, dscale, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_batchnormgrad_p(float* x, float* dy, float* mean, float* invar, float* scale, int batch, int channel, int is_train, float* dx, float* dbias, float* dscale) +.. c:function:: void hp_batchnormgrad_p(half* x, half* dy, half* mean, half* invar, half* scale, int batch, int channel, int is_train, half* dx, half* dbias, half* dscale) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 19 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *x = (float *)0x10000000; // forward input x in L2 space + float *dy = (float *)0x10100000; // upstream gradient dy + float *mean = (float *)0x10200000; // forward mean + float *invar = (float *)0x10300000; // forward inverse variance + float *scale = (float *)0x10400000; // forward scale (gamma) + + float *dx = (float *)0x10500000; // output gradient dx + float *dbias = (float *)0x10600000; // output gradient dbias + float *dscale = (float *)0x10700000; // output gradient dscale + + int batch = 4; + int channel = 32; + int is_train = true; + + fp_batchnormgrad_p(x, dy, mean, invar, scale, batch, channel, is_train, dx, dbias, dscale); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/biasadd.rst.txt b/master/html/_sources/functionlib/dsplib/biasadd.rst.txt new file mode 100644 index 0000000..29bb55e --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/biasadd.rst.txt @@ -0,0 +1,108 @@ +Biasadd +================= + + + +将偏置向量 `input_bias` 加到输入张量 `input_x` 上。这是一个特殊的广播加法，其中偏置向量会沿着非通道维度进行广播。 + +.. math:: + + \text{Output} = \text{Input} + \text{Bias} + +对于NCHW格式，计算为 :math:`\text{Output}(n, c, h, w) = \text{Input}(n, c, h, w) + \text{Bias}(c)`。 +对于NHWC格式，计算为 :math:`\text{Output}(n, h, w, c) = \text{Input}(n, h, w, c) + \text{Bias}(c)`。 + +输入： + - **input_x** - 输入张量的数据地址。 + - **input_bias** - 1D偏置张量的数据地址。其长度必须等于输入张量的通道维度。 + - **dims** - 输入张量的维度信息数组。 + - **shape_size** - 输入张量的维度数。 + - **data_format** - 数据布局格式，支持 "NCHW" 和 "NHWC"。 + - **length** - 输入张量 `input_x` 的总元素数量。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出张量的数据地址，其维度与`input_x`相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_biasadd_s(int8_t* input_x, int8_t* input_bias, int8_t* output, int* dims, int shape_size, char* data_format, int length, int core_mask) +.. c:function:: void i16_biasadd_s(int16_t* input_x, int16_t* input_bias, int16_t* output, int* dims, int shape_size, char* data_format, int length, int core_mask) +.. c:function:: void i32_biasadd_s(int32_t* input_x, int32_t* input_bias, int32_t* output, int* dims, int shape_size, char* data_format, int length, int core_mask) +.. c:function:: void fp_biasadd_s(float* input_x, float* input_bias, float* output, int* dims, int shape_size, char* data_format, int length, int core_mask) +.. c:function:: void hp_biasadd_s(half* input_x, half* input_bias, half* output, int* dims, int shape_size, char* data_format, int length, int core_mask) +.. c:function:: void dp_biasadd_s(double* input_x, double* input_bias, double* output, int* dims, int shape_size, char* data_format, int length, int core_mask) +.. c:function:: void c64_biasadd_s(float* input_x, float* input_bias, float* output, int* dims, int shape_size, char* data_format, int length, int core_mask) +.. c:function:: void c128_biasadd_s(double* input_x, double* input_bias, double* output, int* dims, int shape_size, char* data_format, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input_x = (float *)0xA0000000; // input_x 在DDR空间 + float *input_bias = (float *)0xB0000000; // input_bias + float *output = (float *)0xC0000000; // output + + // NHWC format + int dims[] = {2, 224, 224, 3}; // N, H, W, C + int shape_size = 4; + int length = 2 * 224 * 224 * 3; + const char* data_format = "NHWC"; + int core_mask = 0xff; + + // The length of input_bias should be dims, which is 3. + fp_biasadd_s(input_x, input_bias, output, dims, shape_size, data_format, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_biasadd_p(int8_t* input_x, int8_t* input_bias, int8_t* output, int* dims, int shape_size, char* data_format, int length) +.. c:function:: void i16_biasadd_p(int16_t* input_x, int16_t* input_bias, int16_t* output, int* dims, int shape_size, char* data_format, int length) +.. c:function:: void i32_biasadd_p(int32_t* input_x, int32_t* input_bias, int32_t* output, int* dims, int shape_size, char* data_format, int length) +.. c:function:: void fp_biasadd_p(float* input_x, float* input_bias, float* output, int* dims, int shape_size, char* data_format, int length) +.. c:function:: void hp_biasadd_p(half* input_x, half* input_bias, half* output, int* dims, int shape_size, char* data_format, int length) +.. c:function:: void dp_biasadd_p(double* input_x, double* input_bias, double* output, int* dims, int shape_size, char* data_format, int length) +.. c:function:: void c64_biasadd_p(float* input_x, float* input_bias, float* output, int* dims, int shape_size, char* data_format, int length) +.. c:function:: void c128_biasadd_p(double* input_x, double* input_bias, double* output, int* dims, int shape_size, char* data_format, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input_x = (float *)0x10000000; // input_x 在L2空间 + float *input_bias = (float *)0x11000000; // input_bias + float *output = (float *)0x12000000; // output + + // NCHW format + int dims[] = {2, 3, 224, 224}; // N, C, H, W + int shape_size = 4; + int length = 2 * 3 * 224 * 224; + const char* data_format = "NCHW"; + + // The length of input_bias should be dims, which is 3. + fp_biasadd_p(input_x, input_bias, output, dims, shape_size, data_format, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/biasaddgrad.rst.txt b/master/html/_sources/functionlib/dsplib/biasaddgrad.rst.txt new file mode 100644 index 0000000..dd6fd09 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/biasaddgrad.rst.txt @@ -0,0 +1,86 @@ +Biasaddgrad +================= + + +将偏置向量 `input_bias` 加到输入张量 `input_x` 上。这是一个特殊的广播加法，其中偏置向量会沿着非通道维度进行广播。 + +.. math:: + + dbias_c = \sum_{n,h,w} dy(n, h, w, c) + +其中 :math:`dbias_c` 是偏置梯度向量的第 `c` 个元素，:math:`dy` 是上游梯度张量。 + +输入： + - **dy** - 来自后一层的上游梯度张量。格式必须为 NHWC。 + - **dy_dims** - 上游梯度张量 `dy` 的维度信息数组。 + - **shape_size** - 上游梯度张量 `dy` 的维度数。 + - **core_mask** - 核掩码。 + +输出： + - **dbias** - 输出的偏置梯度向量。其长度等于 `dy` 的通道数。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + + +**共享存储版本:** + +.. c:function:: void fp_biasaddgrad_s(float* dy, int* dy_dims, int shape_size, float* dbias, int core_mask) +.. c:function:: void hp_biasaddgrad_s(half* dy, int* dy_dims, int shape_size, half* dbias, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *dy = (float *)0xA0000000; // dy 在DDR空间 + float *dbias = (float *)0xB0000000; // dbias output + + // NHWC format + int dy_dims[] = {2, 16, 16, 8}; // N, H, W, C + int shape_size = 4; + int core_mask = 0xff; + + // The length of dbias should be dy_dims, which is 8. + fp_biasaddgrad_s(dy, dy_dims, shape_size, dbias, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_biasaddgrad_p(float* dy, int* dy_dims, int shape_size, float* dbias) +.. c:function:: void hp_biasaddgrad_p(half* dy, int* dy_dims, int shape_size, half* dbias) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *dy = (float *)0x10000000; // dy 在L2空间 + float *dbias = (float *)0x11000000; // dbias output + + // NHWC format + int dy_dims[] = {2, 16, 16, 8}; // N, H, W, C + int shape_size = 4; + + // The length of dbias should be dy_dims, which is 8. + fp_biasaddgrad_p(dy, dy_dims, shape_size, dbias); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/binarycrossentropy.rst.txt b/master/html/_sources/functionlib/dsplib/binarycrossentropy.rst.txt new file mode 100644 index 0000000..8bced91 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/binarycrossentropy.rst.txt @@ -0,0 +1,102 @@ +Binarycrossentropy +================= + + +计算二元交叉熵损失。用于衡量二分类问题中预测值 (`input_x`) 和目标值 (`input_y`) 之间的差距。 + +.. math:: + + L_n = -w_n [y_n \cdot \log(x_n) + (1 - y_n) \cdot \log(1 - x_n)] + +其中 :math:`x_n` 是预测值, :math:`y_n` 是目标值, :math:`w_n` 是可选的样本权重。最终输出由 `reduction` 参数决定： + +- **None (0):** 不进行规约，输出每个元素的损失 :math:`L_n`。 +- **Mean (1):** 输出所有元素损失的平均值。 +- **Sum (2):** 输出所有元素损失的总和。 + +输入： + - **input_size** - 输入张量的总元素数量。 + - **reduction** - 规约类型 (0: None, 1: Mean, 2: Sum)。 + - **input_x** - 预测值的张量数据地址，通常是Sigmoid函数的输出。 + - **input_y** - 目标值（标签）的张量数据地址。 + - **weight** - (可选) 权重张量的数据地址，维度与 `input_x` 相同。 + - **loss** - (输出) 最终损失值的数据地址。如果 `reduction` 为 `None`，其大小为 `input_size`；否则大小为1。 + - **tmp_loss** - 用于存储逐元素损失的临时工作空间地址，大小必须为 `input_size`。 + - **weight_defined** - 权重是否有效的标志。若为非0，则`weight`参数必须提供。 + - **core_mask** - 核掩码。 + + +输出： + - **loss** - 写入最终损失值的数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int8 + - MT7004 支持fp16, fp32 + + +**共享存储版本:** + +.. c:function:: void fp_binarycrossentropy_s(int input_size, int reduction, float* input_x, float* input_y, float* weight, float* loss, float* tmp_loss, int weight_defined, int core_mask) +.. c:function:: void hp_binarycrossentropy_s(int input_size, int reduction, half* input_x, half* input_y, half* weight, half* loss, half* tmp_loss, int weight_defined, int core_mask) +.. c:function:: void i8_binarycrossentropy_s(int input_size, int reduction, int8_t* input_x, int8_t* input_y, int8_t* weight, int8_t* loss, int8_t* tmp_loss, int weight_defined, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input_x = (float *)0xA0000000; // input_x 在DDR空间 + float *input_y = (float *)0xB0000000; // input_y + float *weight = (float *)0xC0000000; // weight + float *loss = (float *)0xD0000000; // loss output + float *tmp_loss = (float *)0xE0000000; // temp workspace + + int input_size = 1024; + int reduction = 1; // Mean + int weight_defined = 1; // true + int core_mask = 0xff; + + fp_binarycrossentropy_s(input_size, reduction, input_x, input_y, weight, loss, tmp_loss, weight_defined, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_binarycrossentropy_p(int input_size, int reduction, float* input_x, float* input_y, float* weight, float* loss, float* tmp_loss, int weight_defined) +.. c:function:: void hp_binarycrossentropy_p(int input_size, int reduction, half* input_x, half* input_y, half* weight, half* loss, half* tmp_loss, int weight_defined) +.. c:function:: void i8_binarycrossentropy_p(int input_size, int reduction, int8_t* input_x, int8_t* input_y, int8_t* weight, int8_t* loss, int8_t* tmp_loss, int weight_defined) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input_x = (float *)0x10000000; // input_x 在L2空间 + float *input_y = (float *)0x11000000; // input_y + float *weight = (float *)0x12000000; // weight + float *loss = (float *)0x13000000; // loss output + float *tmp_loss = (float *)0x14000000; // temp workspace + + int input_size = 1024; + int reduction = 1; // Mean + int weight_defined = 0; // false + + fp_binarycrossentropy_p(input_size, reduction, input_x, input_y, weight, loss, tmp_loss, weight_defined); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/binarycrossentropygrad.rst.txt b/master/html/_sources/functionlib/dsplib/binarycrossentropygrad.rst.txt new file mode 100644 index 0000000..8ab548b --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/binarycrossentropygrad.rst.txt @@ -0,0 +1,95 @@ +Binarycrossentropygrad +================= + + +计算二元交叉熵损失函数的梯度。 + +.. math:: + + dx_n = dL'_n \cdot w_n \cdot \frac{x_n - y_n}{x_n(1 - x_n) + \epsilon} + +其中 :math:`x_n` 是前向预测值, :math:`y_n` 是目标值, :math:`w_n` 是样本权重, :math:`dL'_n` 是上游梯度。`reduction` 参数决定了 :math:`dL'_n` 的广播方式。 + +输入： + - **input_size** - 输入张量的总元素数量。 + - **reduction** - 前向传播时使用的规约类型 (0: None, 1: Mean, 2: Sum)。 + - **input_x** - 前向传播时的预测值张量。 + - **input_y** - 前向传播时的目标值（标签）张量。 + - **weight** - (可选) 前向传播时使用的权重张量。 + - **dloss** - 来自后一层的上游梯度。 + - **dx** - (输出) 梯度结果的存储地址。 + - **weight_defined** - 权重是否有效的标志。若为非0，则`weight`参数必须提供。 + - **core_mask** - 核掩码。 + +输出： + - **dx** - 写入计算出的对 `input_x` 的梯度。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + + +**共享存储版本:** + +.. c:function:: void fp_binarycrossentropygrad_s(int input_size, int reduction, float* input_x, float* input_y, float* weight, float* dloss, float* dx, int weight_defined, int core_mask) +.. c:function:: void hp_binarycrossentropygrad_s(int input_size, int reduction, half* input_x, half* input_y, half* weight, half* dloss, half* dx, int weight_defined, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input_x = (float *)0xA0000000; // forward input_x, DDR + float *input_y = (float *)0xB0000000; // forward input_y + float *weight = (float *)0xC0000000; // forward weight + float *dloss = (float *)0xD0000000; // upstream gradient + float *dx = (float *)0xE0000000; // output gradient dx + + int input_size = 1024; + int reduction = 1; // Mean + int weight_defined = 1; // true + int core_mask = 0xff; + + fp_binarycrossentropygrad_s(input_size, reduction, input_x, input_y, weight, dloss, dx, weight_defined, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_binarycrossentropygrad_p(int input_size, int reduction, float* input_x, float* input_y, float* weight, float* dloss, float* dx, int weight_defined) +.. c:function:: void hp_binarycrossentropygrad_p(int input_size, int reduction, half* input_x, half* input_y, half* weight, half* dloss, half* dx, int weight_defined) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float *input_x = (float *)0x10000000; // forward input_x, L2 + float *input_y = (float *)0x11000000; // forward input_y + float *weight = (float *)0x12000000; // forward weight + float *dloss = (float *)0x13000000; // upstream gradient + float *dx = (float *)0x14000000; // output gradient dx + + int input_size = 1024; + int reduction = 1; // Mean + int weight_defined = 0; // false + + fp_binarycrossentropygrad_p(input_size, reduction, input_x, input_y, weight, dloss, dx, weight_defined); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/cast.rst.txt b/master/html/_sources/functionlib/dsplib/cast.rst.txt new file mode 100644 index 0000000..4e06742 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/cast.rst.txt @@ -0,0 +1,128 @@ +Cast +================= + + + +对输入数组进行 **逐元素数据类型转换（Cast）**，将源类型的数据按 C 语言强制类型转换规则转换为目标类型后输出。 + +数学表达式为： + +.. math:: + + dst_i = (T_{dst}) \; src_i + +输入： + - **input** - 输入数据地址。 + - **length** - 计算长度（元素个数）。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 转换后的结果数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 ``fp32``、``fp64``、``int8``、``int16``、``int32``、``cplx64``、``cplx128`` 类型之间的 Cast + - MT7004 支持 ``fp16``、``fp32``、``int16``、``int32``、``cplx64`` 类型之间的 Cast + - 转换规则遵循 C 语言显式类型转换语义，可能存在精度截断或溢出风险 + - 输入与输出张量长度必须一致 + +**共享存储版本:** + +.. c:function:: void casti8Tointi8_s(int8_t* input, int8_t* output, int length, int core_mask) +.. c:function:: void casti8Tointi16_s(int8_t* input, int16_t* output, int length, int core_mask) +.. c:function:: void casti8Tointi32_s(int8_t* input, int32_t* output, int length, int core_mask) +.. c:function:: void casti8Tofp_s(int8_t* input, float* output, int length, int core_mask) + +.. c:function:: void casti16Tointi8_s(int16_t* input, int8_t* output, int length, int core_mask) +.. c:function:: void casti16Tointi16_s(int16_t* input, int16_t* output, int length, int core_mask) +.. c:function:: void casti16Tointi32_s(int16_t* input, int32_t* output, int length, int core_mask) +.. c:function:: void casti16Tofp_s(int16_t* input, float* output, int length, int core_mask) + +.. c:function:: void casti32Tointi8_s(int32_t* input, int8_t* output, int length, int core_mask) +.. c:function:: void casti32Tointi16_s(int32_t* input, int16_t* output, int length, int core_mask) +.. c:function:: void casti32Tointi32_s(int32_t* input, int32_t* output, int length, int core_mask) +.. c:function:: void casti32Tofp_s(int32_t* input, float* output, int length, int core_mask) + +.. c:function:: void castfpTofp_s(float* input, float* output, int length, int core_mask) +.. c:function:: void castfpToint8_s(float* input, int8_t* output, int length, int core_mask) +.. c:function:: void castfpToint16_s(float* input, int16_t* output, int length, int core_mask) +.. c:function:: void castfpToint32_s(float* input, int32_t* output, int length, int core_mask) + +.. c:function:: void castdpTodp_s(double* input, double* output, int length, int core_mask) +.. c:function:: void castdpTofp_s(double* input, float* output, int length, int core_mask) + +.. c:function:: void castc64Toc64_s(cplx64* input, cplx64* output, int length, int core_mask) +.. c:function:: void castc128Toc128_s(cplx128* input, cplx128* output, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + // FT78NE 示例：int8 -> int16 + #include + #include + + int main(int argc, char* argv[]) { + int8_t *input = (int8_t *)0xA0000000; + int16_t *output = (int16_t *)0xC0000000; + + int length = 2048; + int core_mask = 0xff; + + casti8Tointi16_s(input, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void casti8Tointi8_p(int8_t* input, int8_t* output, int length) +.. c:function:: void casti8Tointi16_p(int8_t* input, int16_t* output, int length) +.. c:function:: void casti8Tointi32_p(int8_t* input, int32_t* output, int length) +.. c:function:: void casti8Tofp_p(int8_t* input, float* output, int length) + +.. c:function:: void casti16Tointi8_p(int16_t* input, int8_t* output, int length) +.. c:function:: void casti16Tointi16_p(int16_t* input, int16_t* output, int length) +.. c:function:: void casti16Tointi32_p(int16_t* input, int32_t* output, int length) +.. c:function:: void casti16Tofp_p(int16_t* input, float* output, int length) + +.. c:function:: void casti32Tointi8_p(int32_t* input, int8_t* output, int length) +.. c:function:: void casti32Tointi16_p(int32_t* input, int16_t* output, int length) +.. c:function:: void casti32Tointi32_p(int32_t* input, int32_t* output, int length) +.. c:function:: void casti32Tofp_p(int32_t* input, float* output, int length) + +.. c:function:: void castfpTofp_p(float* input, float* output, int length) +.. c:function:: void castfpToint8_p(float* input, int8_t* output, int length) +.. c:function:: void castfpToint16_p(float* input, int16_t* output, int length) +.. c:function:: void castfpToint32_p(float* input, int32_t* output, int length) + +.. c:function:: void castdpTodp_p(double* input, double* output, int length) +.. c:function:: void castdpTofp_p(double* input, float* output, int length) + +.. c:function:: void castc64Toc64_p(cplx64* input, cplx64* output, int length) +.. c:function:: void castc128Toc128_p(cplx128* input, cplx128* output, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + // FT78NE 示例：int8 -> int16（私有存储） + #include + #include + + int main(int argc, char* argv[]) { + int8_t *input = (int8_t *)0x10810000; + int16_t *output = (int16_t *)0x10820000; + + int length = 2048; + casti8Tointi16_p(input, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/ceil.rst.txt b/master/html/_sources/functionlib/dsplib/ceil.rst.txt new file mode 100644 index 0000000..a3d1186 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/ceil.rst.txt @@ -0,0 +1,79 @@ +Ceil +================= + + + +逐元素计算输入张量的向上取整值。即返回大于或等于每个元素的最小整数。 + +.. math:: + + \text{Output}_i = \lceil \text{Input}_i \rceil + +输入： + - **input_x** - 输入张量的数据地址。 + - **input_size** - 输入张量的总元素数量。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出张量的数据地址，其大小与`input_x`相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, double + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void fp_ceil_s(float* input_x, float* output, int input_size, int core_mask) +.. c:function:: void hp_ceil_s(half* input_x, half* output, int input_size, int core_mask) +.. c:function:: void dp_ceil_s(double* input_x, double* output, int input_size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input_x = (float *)0xA0000000; // input_x 在DDR空间 + float *output = (float *)0xB0000000; // output + + int input_size = 4096; + int core_mask = 0xff; + + fp_ceil_s(input_x, output, input_size, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_ceil_p(float* input_x, float* output, int input_size) +.. c:function:: void hp_ceil_p(half* input_x, half* output, int input_size) +.. c:function:: void dp_ceil_p(double* input_x, double* output, int input_size) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input_x = (float *)0x10000000; // input_x 在L2空间 + float *output = (float *)0x11000000; // output + + int input_size = 1024; + + fp_ceil_p(input_x, output, input_size); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/clip.rst.txt b/master/html/_sources/functionlib/dsplib/clip.rst.txt new file mode 100644 index 0000000..9e7b6cc --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/clip.rst.txt @@ -0,0 +1,90 @@ +Clip +================= + + + +逐元素将输入张量 `src` 的值裁剪到指定的最小值 `min` 和最大值 `max` 范围内。 + +.. math:: + + \text{dst}_i = \max(\min, \min(\text{src}_i, \max)) + +输入： + - **src** - 输入张量的数据地址。 + - **length** - 输入张量的总元素数量。 + - **min** - 裁剪范围的最小值。 + - **max** - 裁剪范围的最大值。 + - **core_mask** - 核掩码。 + +输出： + - **dst** - 输出张量的数据地址，其大小与`src`相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64 + - MT7004 支持int16, int32, fp16, fp32 + +**共享存储版本:** + +.. c:function:: void i8_clip_s(int8_t* src, int8_t* dst, int length, int8_t min, int8_t max, int core_mask) +.. c:function:: void i16_clip_s(int16_t* src, int16_t* dst, int length, int16_t min, int16_t max, int core_mask) +.. c:function:: void i32_clip_s(int32_t* src, int32_t* dst, int length, int32_t min, int32_t max, int core_mask) +.. c:function:: void fp_clip_s(float* src, float* dst, int length, float min, float max, int core_mask) +.. c:function:: void hp_clip_s(half* src, half* dst, int length, half min, half max, int core_mask) +.. c:function:: void dp_clip_s(double* src, double* dst, int length, double min, double max, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *src = (float *)0xA0000000; // src 在DDR空间 + float *dst = (float *)0xB0000000; // dst + + int length = 4096; + float min = 0.0f; + float max = 6.0f; // 例如ReLU6的裁剪范围 + int core_mask = 0xff; + + fp_clip_s(src, dst, length, min, max, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_clip_p(int8_t* src, int8_t* dst, int length, int8_t min, int8_t max) +.. c:function:: void i16_clip_p(int16_t* src, int16_t* dst, int length, int16_t min, int16_t max) +.. c:function:: void i32_clip_p(int32_t* src, int32_t* dst, int length, int32_t min, int32_t max) +.. c:function:: void fp_clip_p(float* src, float* dst, int length, float min, float max) +.. c:function:: void hp_clip_p(half* src, half* dst, int length, half min, half max) +.. c:function:: void dp_clip_p(double* src, double* dst, int length, double min, double max) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *src = (float *)0x10000000; // src 在L2空间 + float *dst = (float *)0x11000000; // dst + + int length = 1024; + float min = -1.0f; + float max = 1.0f; + + fp_clip_p(src, dst, length, min, max); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/concat.rst.txt b/master/html/_sources/functionlib/dsplib/concat.rst.txt new file mode 100644 index 0000000..96011ea --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/concat.rst.txt @@ -0,0 +1,110 @@ +Concat +================= + +在指定维度（axis）上连接一组张量。所有输入张量除了连接维度外，其他维度的形状必须完全相同。 + +.. math:: + + output = \text{Concat}(input_0, input_1, \dots, input_{n-1}, \text{axis}) + +输入： + - **inputs** - 包含所有输入张量起始地址的数组指针。 + - **input_shapes** - 包含所有输入张量形状（shape）的数组指针。 + - **num_inputs** - 输入张量的数量。 + - **axis** - 连接操作所在的维度索引。 + - **input_ndim** - 输入张量的维度（秩）。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果存储地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - 所有输入张量的维度 `input_ndim` 必须一致。 + - 除 `axis` 指定的维度外，所有输入张量的 `shape[i]` 必须相等。 + +**共享存储版本:** + +.. c:function:: void i8_concat_s(int8_t* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, int8_t* output, int core_mask) +.. c:function:: void i16_concat_s(int16_t* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, int16_t* output, int core_mask) +.. c:function:: void i32_concat_s(int32_t* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, int32_t* output, int core_mask) +.. c:function:: void hp_concat_s(half* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, half* output, int core_mask) +.. c:function:: void fp_concat_s(float* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, float* output, int core_mask) +.. c:function:: void dp_concat_s(double* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, double* output, int core_mask) +.. c:function:: void c64_concat_s(float* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, float* output, int core_mask) +.. c:function:: void c128_concat_s(double* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, double* output, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 22 + + // FT78NE 示例（共享存储） + #include + #include "78NE/utils.h" + + int main() { + int shape0[] = { 4, 10, 8, 12 }; + int shape1[] = { 4, 5, 8, 12 }; + int shape2[] = { 4, 15, 8, 12 }; + int* input_shapes[] = { shape0, shape1, shape2 }; + + float *input0 = (float *)0xA0000000; + float *input1 = (float *)0xA2000000; + float *input2 = (float *)0xA4000000; + float *inputs[] = { input0, input1, input2 }; + float *output = (float *)0xB0000000; + + int num_inputs = 3; + int axis = 1; + int input_ndim = 4; + int core_mask = 0b1011; + + fp_concat_s(inputs, input_shapes, num_inputs, axis, input_ndim, output, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_concat_p(int8_t* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, int8_t* output) +.. c:function:: void i16_concat_p(int16_t* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, int16_t* output) +.. c:function:: void i32_concat_p(int32_t* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, int32_t* output) +.. c:function:: void hp_concat_p(half* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, half* output) +.. c:function:: void fp_concat_p(float* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, float* output) +.. c:function:: void dp_concat_p(double* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, double* output) +.. c:function:: void c64_concat_p(float* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, float* output) +.. c:function:: void c128_concat_p(double* inputs[], int* input_shapes[], int num_inputs, int axis, int input_ndim, double* output) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 18 + + // MT7004 示例（私有存储） + #include + + int main() { + int shape0[] = { 2, 3, 4, 5 }; + int shape1[] = { 2, 2, 4, 5 }; + int* input_shapes[] = { shape0, shape1 }; + + float *input0 = (float *)0x10810000; + float *input1 = (float *)0x10820000; + float *inputs[] = { input0, input1 }; + float *output = (float *)0x10830000; + + int num_inputs = 2; + int axis = 1; + int input_ndim = 4; + + fp_concat_p(inputs, input_shapes, num_inputs, axis, input_ndim, output); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/constant_of_shape.rst.txt b/master/html/_sources/functionlib/dsplib/constant_of_shape.rst.txt new file mode 100644 index 0000000..e3d406b --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/constant_of_shape.rst.txt @@ -0,0 +1,110 @@ +ConstantOfShape +================= + + 将给定内存区间内的所有元素填充为指定的常量值。对于复数类型，实部和虚部需分别传入。 + + 输入： + - **output** - 输出数据的起始地址。 + - **start** - 填充的起始索引（包含）。 + - **end** - 填充的结束索引（不包含）。 + - **value** - 需要填充的常量值（针对非复数类型）。 + - **value_real** - 复数常量的实部（针对复数类型）。 + - **value_imag** - 复数常量的虚部（针对复数类型）。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + + 输出： + - **output** - 填充完成后的数据地址。 + + 支持平台： + ``FT78NE`` + ``MT7004`` + + .. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_constant_of_shape_s(int8_t* output, int start, int end, int8_t value, int core_mask) +.. c:function:: void i16_constant_of_shape_s(int16_t* output, int start, int end, int16_t value, int core_mask) +.. c:function:: void i32_constant_of_shape_s(int32_t* output, int start, int end, int32_t value, int core_mask) +.. c:function:: void fp_constant_of_shape_s(float* output, int start, int end, float value, int core_mask) +.. c:function:: void dp_constant_of_shape_s(double* output, int start, int end, double value, int core_mask) +.. c:function:: void c64_constant_of_shape_s(float* output, int start, int end, float value_real, float value_imag, int core_mask) +.. c:function:: void c128_constant_of_shape_s(double* output, int start, int end, double value_real, double value_imag, int core_mask) + + **C调用示例（Float32）：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + #include + + int main(int argc, char* argv[]) { + // output在DDR空间 + float *output = (float *)0xA0000000; + int start = 0; + int end = 16000; + float value = 1.5f; + int core_mask = 0xff; + + // 多核并行填充 + fp_constant_of_shape_s(output, start, end, value, core_mask); + + return 0; + } + + **C调用示例（Complex64）：** + + .. code-block:: c + :linenos: + :emphasize-lines: 13 + + #include + + int main(int argc, char* argv[]) { + // output在DDR空间，c64类型通常使用float*指针访问 + float *output = (float *)0xA0000000; + int start = 0; + int end = 1000; // 1000个复数元素 + float val_r = 0.5f; + float val_i = -0.5f; + int core_mask = 0xff; + + // 注意：c64接口需分别传入实部和虚部 + c64_constant_of_shape_s(output, start, end, val_r, val_i, core_mask); + + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_constant_of_shape_p(int8_t* output, int start, int end, int8_t value) +.. c:function:: void i16_constant_of_shape_p(int16_t* output, int start, int end, int16_t value) +.. c:function:: void i32_constant_of_shape_p(int32_t* output, int start, int end, int32_t value) +.. c:function:: void fp_constant_of_shape_p(float* output, int start, int end, float value) +.. c:function:: void dp_constant_of_shape_p(double* output, int start, int end, double value) +.. c:function:: void c64_constant_of_shape_p(float* output, int start, int end, float value_real, float value_imag) +.. c:function:: void c128_constant_of_shape_p(double* output, int start, int end, double value_real, double value_imag) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + #include + + int main(int argc, char* argv[]) { + // output在L2空间 + float *output = (float *)0x10810000; + int start = 0; + int end = 1024; + float value = 3.14f; + + fp_constant_of_shape_p(output, start, end, value); + + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/conv2d.rst.txt b/master/html/_sources/functionlib/dsplib/conv2d.rst.txt index 0c0e537..7b56584 100644 --- a/master/html/_sources/functionlib/dsplib/conv2d.rst.txt +++ b/master/html/_sources/functionlib/dsplib/conv2d.rst.txt @@ -15,7 +15,7 @@ Conv2d - :math:`j` 对应输出通道，其范围为 :math:`[0, C_{out}-1]`，其中 :math:`C_{out}` 为输出通道数，该值也等于卷积核的个数。 - :math:`k` 对应输入通道数，其范围为 :math:`[0, C_{in}-1]`，其中 :math:`C_{in}` 为输入通道数，该值也等于卷积核的通道数。 -因此，上面的公式中，:math:`bias(C_{out_j})` 为第 :math:`j` 个输出通道的偏置，:math:`weight(C_{out_j}, k)` 表示第 :math:`j` 个卷积核在第 :math:`k` 个输入通道的卷积核切片，:math:`X(N_i, k)` 为特征图第 :math:`i` 个 batch 第 :math:`k` 个输入通道的切片。卷积核 shape 为 :math:`(\text{kernel_size}[0], \text{kernel_size}[1])`，其中 kernel_size[0] 和 kernel_size[1] 是卷积核的高度和宽度。若考虑到输入输出通道以及 group，则完整卷积核的 shape 为 :math:`(C_{out}, \text{kernel_size}[0], \text{kernel_size}[1], C_{in}/\text{group})`，其中 group 是分组卷积时在通道上分割输入 :math:`x` 的组数。 +因此，上面的公式中，:math:`bias(C_{out_j})` 为第 :math:`j` 个输出通道的偏置，:math:`weight(C_{out_j}, k)` 表示第 :math:`j` 个卷积核在第 :math:`k` 个输入通道的卷积核切片，:math:`X(N_i, k)` 为特征图第 :math:`i` 个 batch 第 :math:`k` 个输入通道的切片。卷积核 shape 为 :math:`(\text{kernel\_size}[0], \text{kernel\_size}[1])`，其中 kernel_size[0] 和 kernel_size[1] 是卷积核的高度和宽度。若考虑到输入输出通道以及 group，则完整卷积核的 shape 为 :math:`(C_{out}, \text{kernel\_size}[0], \text{kernel\_size}[1], C_{in}/\text{group})`，其中 group 是分组卷积时在通道上分割输入 :math:`x` 的组数。 输入： - **input_x** - 输入数据的地址 diff --git a/master/html/_sources/functionlib/dsplib/cos.rst.txt b/master/html/_sources/functionlib/dsplib/cos.rst.txt new file mode 100644 index 0000000..c3a8a33 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/cos.rst.txt @@ -0,0 +1,88 @@ +Cos +================= + + + +对输入数组逐元素计算余弦值（cosine）。 + +.. math:: + + dst_i = \cos(src_i) + +其中输入角度以弧度（radian）为单位。 + +输入： + - **src_data** - 输入数据地址。 + - **length** - 计算长度。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **dst_data** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp, dp, int8, int16, int32 类型 + - MT7004 支持 hp, fp, int16, int32 类型 + - 当输入类型为 int8 / int16 / int32 时，输出类型统一为 fp（float） + - 输入数值将被解释为弧度值 + +**共享存储版本:** + +.. c:function:: void i8_cos_s(int8_t* src_data, float* dst_data, int length, int core_mask) +.. c:function:: void i16_cos_s(int16_t* src_data, float* dst_data, int length, int core_mask) +.. c:function:: void i32_cos_s(int* src_data, float* dst_data, int length, int core_mask) +.. c:function:: void hp_cos_s(half* src_data, half* dst_data, int length, int core_mask) +.. c:function:: void fp_cos_s(float* src_data, float* dst_data, int length, int core_mask) +.. c:function:: void dp_cos_s(double* src_data, double* dst_data, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; // input在DDR空间 + float *output = (float *)0xC0000000; + int length = 1024; + int core_mask = 0xff; + + fp_cos_s(input0, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_cos_p(int8_t* src_data, float* dst_data, int length) +.. c:function:: void i16_cos_p(int16_t* src_data, float* dst_data, int length) +.. c:function:: void i32_cos_p(int* src_data, float* dst_data, int length) +.. c:function:: void hp_cos_p(half* src_data, half* dst_data, int length) +.. c:function:: void fp_cos_p(float* src_data, float* dst_data, int length) +.. c:function:: void dp_cos_p(double* src_data, double* dst_data, int length) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0x10810000; // input在L2空间 + float *output = (float *)0x10820000; + int length = 1024; + + fp_cos_p(input0, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/cumsum.rst.txt b/master/html/_sources/functionlib/dsplib/cumsum.rst.txt new file mode 100644 index 0000000..426930e --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/cumsum.rst.txt @@ -0,0 +1,102 @@ +Cumsum +================= + +沿指定轴计算张量的累积和 + +对于输入张量，沿指定轴计算累积和。支持独占（exclusive）和包含（inclusive）两种模式。 + +.. math:: + + \text{output}[i] = \begin{cases} + 0, & \text{if } i = 0 \text{ and exclusive} = \text{True} \\ + \sum_{j=0}^{i-1} \text{input}[j], & \text{if } i > 0 \text{ and exclusive} = \text{True} \\ + \text{input}[0], & \text{if } i = 0 \text{ and exclusive} = \text{False} \\ + \sum_{j=0}^{i} \text{input}[j], & \text{if } i > 0 \text{ and exclusive} = \text{False} + \end{cases} + +输入： + - **input** - 输入数据地址。 + - **out_dim** - 输出维度（层数）。 + - **axis_dim** - 累积轴的维度大小。 + - **inner_dim** - 内部维度大小。 + - **exclusive** - 是否使用独占模式。1表示独占模式，0表示包含模式。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + - 独占模式（exclusive=1）：第一个元素为0，第i个元素为前i-1个元素之和 + - 包含模式（exclusive=0）：第一个元素为输入的第一个元素，第i个元素为前i个元素之和 + +**共享存储版本：** + +.. c:function:: void i8_cumsum_s(int8_t* output, int8_t* input, int out_dim, int axis_dim, int inner_dim, int exclusive, int core_mask) +.. c:function:: void i16_cumsum_s(int16_t* output, int16_t* input, int out_dim, int axis_dim, int inner_dim, int exclusive, int core_mask) +.. c:function:: void i32_cumsum_s(int32_t* output, int32_t* input, int out_dim, int axis_dim, int inner_dim, int exclusive, int core_mask) +.. c:function:: void hp_cumsum_s(half* output, half* input, int out_dim, int axis_dim, int inner_dim, int exclusive, int core_mask) +.. c:function:: void fp_cumsum_s(float* output, float* input, int out_dim, int axis_dim, int inner_dim, int exclusive, int core_mask) +.. c:function:: void dp_cumsum_s(double* output, double* input, int out_dim, int axis_dim, int inner_dim, int exclusive, int core_mask) +.. c:function:: void c64_cumsum_s(float (*output)[2], float (*input)[2], int out_dim, int axis_dim, int inner_dim, int exclusive, int core_mask) +.. c:function:: void c128_cumsum_s(double (*output)[2], double (*input)[2], int out_dim, int axis_dim, int inner_dim, int exclusive, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; //input在DDR空间 + float *output = (float *)0xB0000000; //output在DDR空间 + int out_dim = 8; // 输出维度 + int axis_dim = 16; // 累积轴维度 + int inner_dim = 16; // 内部维度 + int exclusive = 0; // 包含模式 + int core_mask = 0xff; + fp_cumsum_s(output, input, out_dim, axis_dim, inner_dim, exclusive, core_mask); + return 0; + } + + +**私有存储版本：** + +.. c:function:: void i8_cumsum_p(int8_t* output, int8_t* input, int out_dim, int axis_dim, int inner_dim, int exclusive) +.. c:function:: void i16_cumsum_p(int16_t* output, int16_t* input, int out_dim, int axis_dim, int inner_dim, int exclusive) +.. c:function:: void i32_cumsum_p(int32_t* output, int32_t* input, int out_dim, int axis_dim, int inner_dim, int exclusive) +.. c:function:: void hp_cumsum_p(half* output, half* input, int out_dim, int axis_dim, int inner_dim, int exclusive) +.. c:function:: void fp_cumsum_p(float* output, float* input, int out_dim, int axis_dim, int inner_dim, int exclusive) +.. c:function:: void dp_cumsum_p(double* output, double* input, int out_dim, int axis_dim, int inner_dim, int exclusive) +.. c:function:: void c64_cumsum_p(float (*output)[2], float (*input)[2], int out_dim, int axis_dim, int inner_dim, int exclusive) +.. c:function:: void c128_cumsum_p(double (*output)[2], double (*input)[2], int out_dim, int axis_dim, int inner_dim, int exclusive) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10810000; //input在L2空间 + float *output = (float *)0x10850000; //output在L2空间 + int out_dim = 8; // 输出维度 + int axis_dim = 16; // 累积轴维度 + int inner_dim = 16; // 内部维度 + int exclusive = 0; // 包含模式 + fp_cumsum_p(output, input, out_dim, axis_dim, inner_dim, exclusive); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/customextractfeatures.rst.txt b/master/html/_sources/functionlib/dsplib/customextractfeatures.rst.txt new file mode 100644 index 0000000..b8ce741 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/customextractfeatures.rst.txt @@ -0,0 +1,131 @@ +CustomExtractFeatures +======================= + + +对输入字符串序列逐条进行特征提取，生成对应的离散标签（label）和权重（weight）。 + +该算子主要用于文本特征工程，包含以下逻辑： + +- 对黑名单字符串进行过滤 +- 对非黑名单字符串计算哈希特征 +- 根据字符串中空格数量生成权重 + + +.. math:: + + \text{label}_i = + \begin{cases} + 0, & \text{if } s_i \in \text{blacklist} \\ + \operatorname{hash}(s_i) \bmod K, & \text{otherwise} + \end{cases} + +.. math:: + + \text{weight}_i = + \begin{cases} + 0, & \text{if } s_i \in \text{blacklist} \\ + \text{space\_count}(s_i) + 1, & \text{otherwise} + \end{cases} + +其中： + +- :math:`s_i` 表示第 :math:`i` 条输入字符串 +- :math:`K` 为固定的哈希空间大小（默认 :math:`10^6`） +- ``blacklist`` = {``""``, ``""``, ``" "``} + + +输入： + - **string_pointers** - 指向字符串首地址的指针数组。 + - **string_lengths** - 各字符串对应的长度数组。 + - **num_strings** - 输入字符串的数量。 + - **core_mask** - 核掩码。 + +输出： + - **output_labels** - 输出标签数组地址（int32）。 + - **output_weights** - 输出权重数组地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型： + - fp32, fp64 + - int8, int16, int32 + - cplx64, cplx128 + - MT7004 支持的数据类型： + - fp16, fp32 + - int16, int32 + - cplx64 + - 当 ``num_strings == 0`` 时，输出的 ``label`` 和 ``weight`` 被置为 0 + - 黑名单字符串不会参与哈希计算 + + +**共享存储版本：** + +.. c:function:: void fp_extract_features_s(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, float* output_weights, int core_mask) +.. c:function:: void dp_extract_features_s(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, double* output_weights, int core_mask) +.. c:function:: void i8_extract_features_s(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, int8_t* output_weights, int core_mask) +.. c:function:: void i16_extract_features_s(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, int16_t* output_weights, int core_mask) +.. c:function:: void i32_extract_features_s(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, int32_t* output_weights, int core_mask) +.. c:function:: void c64_extract_features_s(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, float* output_weights, int core_mask) +.. c:function:: void c128_extract_features_s(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, double* output_weights, int core_mask) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + // FT78NE 多核示例 + #include + #include + + int main(int argc, char* argv[]) { + char* strings[] = {"hello world", "", "test data"}; + int lengths[] = {11, 3, 9}; + int num_strings = 3; + + int *labels = (int *)0xA0000000; + float *weights = (float *)0xB0000000; + + int core_mask = 0xff; + + fp_extract_features_s(strings, lengths, num_strings, labels, weights, core_mask); + return 0; + } + + +**私有存储版本：** + +.. c:function:: void fp_extract_features_p(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, float* output_weights) +.. c:function:: void dp_extract_features_p(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, double* output_weights) +.. c:function:: void i8_extract_features_p(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, int8_t* output_weights) +.. c:function:: void i16_extract_features_p(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, int16_t* output_weights) +.. c:function:: void i32_extract_features_p(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, int32_t* output_weights) +.. c:function:: void c64_extract_features_p(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, float* output_weights) +.. c:function:: void c128_extract_features_p(char** string_pointers, int* string_lengths, int num_strings, int* output_labels, double* output_weights) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + // MT7004 单核示例 + #include + #include + + int main(int argc, char* argv[]) { + char* strings[] = {"example text"}; + int lengths[] = {12}; + int num_strings = 1; + + int *labels = (int *)0x10000000; + float *weights = (float *)0x11000000; + + fp_extract_features_p(strings, lengths, num_strings, labels, weights); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/customnormalize.rst.txt b/master/html/_sources/functionlib/dsplib/customnormalize.rst.txt new file mode 100644 index 0000000..2c41439 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/customnormalize.rst.txt @@ -0,0 +1,89 @@ +Customnormalize +================= + +对输入字符串进行一系列自定义的文本标准化处理。 + +该算子按顺序执行以下操作： +1. 将所有大写字母转换为小写字母。 +2. 去除字符串首尾的空白字符 (space, ``\t``, ``\n``, ``\v``, ``\f``, ``\r``)。 +3. 删除字符串中预定义的一组标点符号 (例如 ``.*()\"``)。 +4. 标准化缩写词，例如，将 ``we 're`` 转换为 ``we're``。 +5. 展开常见的英文缩写词 (例如, ``n't`` -> `` not``, ``'ll`` -> `` will``, ``i'm`` -> ``i am`` 等)。 +6. 标准化问号和感叹号，例如合并连续的符号 (``!!!`` -> ``!``) 并在符号和单词之间添加空格 (``Hello?`` -> ``Hello ?``)。 +7. 去除字符串首尾预定义的另一组字符 (例如 ``[\\s,:;\\-&'\"]+``)。 +8. 再次去除字符串首尾的空白字符。 +9. 如果处理后的字符串长度超过300个字符，则将其截断为300个字符。 +10. 在字符串首部添加前缀 `` ``，尾部添加后缀 `` ``。 + +输入： + - **str** - 输入字符串的地址。 + - **str_len** - 输入字符串的长度。 + - **tmp_str** - 用于中间计算的临时缓冲区的地址，其大小应足以容纳处理过程中的字符串。 + - **params** - 一个 ``long long`` 类型的数组，其中每个元素是指向标准化操作所需的配置字符串或参数的指针。 + - **core_mask** - 核掩码 (仅共享存储版本需要)。 + +输出： + - **result** - 存储标准化后字符串的输出缓冲区的地址。 + - **result_len** - 指向一个 ``int`` 变量的指针，用于存储结果字符串的长度。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - 该算子不区分数据类型 + +**共享存储版本:** + +.. c:function:: void customnormalize_s(char *str, int str_len, char *result, int *result_len, char *tmp_str, long long *params, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + #include + #include + #include "customnormalize.h" + + int main() { + char *str = (char *)0xA0000000; // str in DDR + char *result = (char *)0xB0000000; // result in DDR + char *tmp_str = (char *)0xC0000000; // tmp_str in DDR + int str_len = 50; // 假设长度 + int result_len = 0; + long long params[20]; // 假设参数已填充 + int core_mask = 0xff; + + customnormalize_s(str, str_len, result, &result_len, tmp_str, params, core_mask); + + return 0; + } + +**私有存储版本:** + +.. c:function:: void customnormalize_p(char *str, int str_len, char *result, int *result_len, char *tmp_str, long long *params) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + #include + #include + #include "customnormalize.h" + + int main() { + char *str = (char *)0x10000000; // str in L2 + char *result = (char *)0x10001000; // result in L2 + char *tmp_str = (char *)0x10002000; // tmp_str in L2 + int str_len = 50; // 假设长度 + int result_len = 0; + long long params[20]; // 假设参数已填充 + + customnormalize_p(str, str_len, result, &result_len, tmp_str, params); + + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/custompredict.rst.txt b/master/html/_sources/functionlib/dsplib/custompredict.rst.txt new file mode 100644 index 0000000..ecc72f9 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/custompredict.rst.txt @@ -0,0 +1,77 @@ +CustomPredict +================= + +根据置信度（weight）对候选标签（label）进行排序和筛选，以生成最终的预测结果。 + +输入： + - **input** - ``LabelInfo`` 结构体数组的地址。每个结构体包含一个整数 ``label`` 和一个浮点数 ``weight``。 + - **input_size** - 输入数组中的元素数量。 + - **output_num** - 期望输出的预测结果数量（Top-K 中的 K）。 + - **weight_threshold** - 一个浮点数阈值，用于过滤掉置信度过低的预测结果。 + - **core_mask** - 核掩码 (仅共享存储版本需要)。 + +输出： + - **output_label** - 存储最终预测标签的整数数组地址。 + - **output_weight** - 存储最终预测权重的浮点数数组地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - 该算子不区分数据类型，但其处理的 ``LabelInfo`` 结构体具有固定的成员类型（int, float）。 + +**共享存储版本:** + +.. c:function:: void custompredict_s(LabelInfo * input, int input_size, int *output_label, float *output_weight, int output_num, float weight_threshold, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + #include + #include "custompredict.h" + + int main() { + LabelInfo *input = (LabelInfo *)0xA0000000; // input in DDR + int *output_label = (int *)0xB0000000; // output_label in DDR + float *output_weight = (float *)0xC0000000; // output_weight in DDR + + int input_size = 100; // 假设值 + int output_num = 10; + float weight_threshold = 0.5f; + int core_mask = 0xff; + + custompredict_s(input, input_size, output_label, output_weight, output_num, weight_threshold, core_mask); + + return 0; + } + +**私有存储版本:** + +.. c:function:: void custompredict_p(LabelInfo * input, int input_size, int *output_label, float *output_weight, int output_num, float weight_threshold) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + #include + #include "custompredict.h" + + int main() { + LabelInfo *input = (LabelInfo *)0x10000000; // input in L2 + int *output_label = (int *)0x10001000; // output_label in L2 + float *output_weight = (float *)0x10002000; // output_weight in L2 + + int input_size = 100; // 假设值 + int output_num = 10; + float weight_threshold = 0.5f; + + custompredict_p(input, input_size, output_label, output_weight, output_num, weight_threshold); + + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/deconvgradfilter.rst.txt b/master/html/_sources/functionlib/dsplib/deconvgradfilter.rst.txt new file mode 100644 index 0000000..f465cf2 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/deconvgradfilter.rst.txt @@ -0,0 +1,97 @@ +DeconvGradFilter +================= + + + +计算反卷积（Deconvolution / Transposed Convolution）算子的权重梯度，用于反向传播阶段。 +该算子根据输出梯度 ``dy`` 与输入特征 ``x``，通过 ``im2row + GEMM`` 的方式累加得到卷积核梯度 ``dw``，并支持分组（group）计算。 + +.. math:: + + \frac{\partial W}{\partial L} + = + \sum_{b=0}^{B-1} + \text{Im2Row}(dY_b) \cdot X_b + +其中每个 Group 独立计算，最终在 Group 维度上拼接。 + +输入： + - **dy_data** - 输出特征梯度地址，形状为 ``[batch, out_h, out_w, out_c]``。 + - **x_data** - 输入特征地址，形状为 ``[batch, in_h, in_w, in_c]``。 + - **param** - 参数数组地址，用于描述反卷积计算相关参数与工作空间。 + - ``param[1]`` : in_h + - ``param[2]`` : in_w + - ``param[3]`` : in_c + - ``param[4]`` : batch + - ``param[5]`` : out_h + - ``param[6]`` : out_w + - ``param[7]`` : out_c + - ``param[8]`` : kernel_h + - ``param[9]`` : kernel_w + - ``param[16]`` : group + - ``param[17]`` : im2row 工作缓冲区地址 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **dw_data** - 权重梯度输出地址，布局为 ``[group, out_c/group * k_h * k_w, in_c/group]``。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 仅支持 fp 类型 + - MT7004 支持 hp, fp 类型 + - 输入与输出数据格式为 NHWC + +**共享存储版本:** + +.. c:function:: void hp_deconvgradfilter_s(half* dy_data, half* x_data, half* dw_data, long long* param, int core_mask) +.. c:function:: void fp_deconvgradfilter_s(float* dy_data, float* x_data, float* dw_data, long long* param, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *dy_data = (float *)0xA0000000; + float *x_data = (float *)0xA1000000; + float *dw_data = (float *)0xC0000000; + long long *param = (long long *)0xA2000000; + int core_mask = 0xff; + + fp_deconvgradfilter_s(dy_data, x_data, dw_data, param, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void hp_deconvgradfilter_p(half* dy_data, half* x_data, half* dw_data, long long* param) +.. c:function:: void fp_deconvgradfilter_p(float* dy_data, float* x_data, float* dw_data, long long* param) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *dy_data = (float *)0x10810000; // L2空间 + float *x_data = (float *)0x10820000; + float *dw_data = (float *)0x10830000; + long long *param = (long long *)0x10840000; + + fp_deconvgradfilter_p(dy_data, x_data, dw_data, param); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/detection_post_process.rst.txt b/master/html/_sources/functionlib/dsplib/detection_post_process.rst.txt new file mode 100644 index 0000000..aa13d1c --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/detection_post_process.rst.txt @@ -0,0 +1,156 @@ +DetectionPostProcess +====================== + +DetectionPostProcess 算子用于目标检测模型的后处理阶段，对网络预测的候选框和置信度进行解码、筛选和非极大值抑制（NMS），输出最终检测结果。 +其主要功能包括： +1. 根据 anchor 信息对候选框进行解码； +2. 对各类别的候选框执行 NMS 操作； +3. 输出选中的检测框、类别及分数。 + +输入： + - **input_boxes** - 检测框坐标数据地址，形状为 ``[num_boxes, 4]``。 + - **input_scores** - 每个检测框对应的置信度分数，形状为 ``[num_boxes, num_classes_with_bg_]``。 + - **anchors** - Anchor 坐标数据地址，形状为 ``[num_boxes, 4]``。 + - **num_boxes** - 候选框数量。 + - **num_classes_with_bg** - 含背景类在内的类别数量。 + - **core_mask (int, 可选)** - 核掩码（仅适用于共享存储版本）。 + - **param** - 算子参数结构体，包含 NMS 阈值、检测数量限制、坐标缩放因子等。 + + **结构体定义：** + + .. code-block:: c + :linenos: + + typedef struct { + bool use_regular_nms; + int num_classes; + int max_detections; + int max_classes_per_detection; // Fast NMS使用 + int detections_per_class; // Regular NMS使用 + float nms_score_threshold; + float nms_iou_threshold; + float y_scale; + float x_scale; + float h_scale; + float w_scale; + int num_boxes; + int num_classes_with_bg; + + void *decoded_boxes; + uint8_t *nms_candidate; + int32_t *selected; + float *scores; + int32_t *indexes; + float *all_class_scores; + int32_t *all_class_indexes; + int32_t *single_class_indexes; + + // INT8 量化参数（仅在 Int8 模式下使用） + float boxes_scale; + int32_t boxes_zero_point; + float scores_scale; + int32_t scores_zero_point; + + } DetectionPostProcessParameter; +输出： + - **output_boxes** - 输出检测框坐标。 + - **output_classes** - 输出检测框类别索引。 + - **output_scores** - 输出检测框对应的置信度。 + - **output_num** - 实际输出的检测框数量。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp32, int8 + - MT7004 支持 fp16, fp32 + +**共享存储版本:** + +.. c:function:: void fp_detection_post_process_s(const float *input_boxes, const float *input_scores, const float *anchors, float *output_boxes, float *output_classes, float *output_scores, float *output_num, DetectionPostProcessParameter *param, int core_mask) +.. c:function:: void i8_detection_post_process_s(const int8_t *input_boxes, const int8_t *input_scores, const float *anchors, float *output_boxes, float *output_classes, float *output_scores, float *output_num, DetectionPostProcessParameter *param, int core_mask) +.. c:function:: void hp_detection_post_process_s(const half *input_boxes, const half *input_scores, const half *anchors, half *output_boxes, float *output_classes, half *output_scores, float *output_num, DetectionPostProcessParameter *param, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 30 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float *input_boxes = (float *)0xA0000000; + float *input_scores = (float *)0xA1000000; + float *anchors = (float *)0xA2000000; + float *output_boxes = (float *)0xA3000000; + float *output_classes = (float *)0xA4000000; + float *output_scores = (float *)0xA5000000; + float *output_num = (float *)0xA6000000; + DetectionPostProcessParameter* param = (DetectionPostProcessParameter*)0xA7000000; + + param->use_regular_nms = true; + param->num_classes = 3; + param->max_detections = 50; + param->max_classes_per_detection = 1; + param->detections_per_class = 50; + param->nms_score_threshold = 0.1f; + param->nms_iou_threshold = 0.5f; + param->y_scale = 10.0f; + param->x_scale = 10.0f; + param->h_scale = 5.0f; + param->w_scale = 5.0f; + param->num_boxes = 100; + param->num_classes_with_bg = 4; + + int core_mask = 0xff; + + fp_detection_post_process_s(input_boxes, input_scores, anchors, output_boxes, output_classes, output_scores, output_num, param, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_detection_post_process_p(const float *input_boxes, const float *input_scores, const float *anchors, float *output_boxes, float *output_classes, float *output_scores, float *output_num, DetectionPostProcessParameter *param) +.. c:function:: void i8_detection_post_process_p(const int8_t *input_boxes, const int8_t *input_scores, const float *anchors, float *output_boxes, float *output_classes, float *output_scores, float *output_num, DetectionPostProcessParameter *param) +.. c:function:: void hp_detection_post_process_p(const half *input_boxes, const half *input_scores, const half *anchors, half *output_boxes, float *output_classes, half *output_scores, float *output_num, DetectionPostProcessParameter *param) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 29 + + //MT7004示例 + #include + + int main(int argc, char* argv[]) { + DetectionPostProcessParameter param; + + param.use_regular_nms = 1; + param.num_classes = 3; + param.max_detections = 50; + param.max_classes_per_detection = 1; + param.detections_per_class = 50; + param.nms_score_threshold = 0.1f; + param.nms_iou_threshold = 0.5f; + param.y_scale = 10.0f; + param.x_scale = 10.0f; + param.h_scale = 5.0f; + param.w_scale = 5.0f; + param.num_boxes = 1917; + param.num_classes_with_bg = 4; + + float *input_boxes = (float *)0xA0000000; + float *input_scores = (float *)0xA1000000; + float *anchors = (float *)0xA2000000; + float *output_boxes = (float *)0xA3000000; + float *output_classes = (float *)0xA4000000; + float *output_scores = (float *)0xA5000000; + float *output_num = (float *)0xA6000000; + + fp_detection_post_process_p(input_boxes, input_scores, anchors, output_boxes, output_classes, output_scores, output_num, param); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/div_fusion.rst.txt b/master/html/_sources/functionlib/dsplib/div_fusion.rst.txt new file mode 100644 index 0000000..1d68155 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/div_fusion.rst.txt @@ -0,0 +1,90 @@ +DivFusion +================= +对输入逐元素做除法运算，并对实数类型结果应用 ReLU激活。 + +.. math:: + + \text{对于实数类型:}\quad output_i = \max\left(\frac{input0_i}{input1_i}, 0\right) + +.. math:: + + \text{对于复数类型:}\quad output_i = \frac{input0_i}{input1_i} + +输入： + - **input0** - 被除数输入数据地址。 + - **input1** - 除数输入数据地址。 + - **length** - 计算长度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - 对于复数类型（cplx64 / cplx128）不应用 ReLU，仅返回复数除法结果。 + - 若除数元素为 0，结果为 Inf/NaN 或未定义，需由上层处理。 + +**共享存储版本:** + +.. c:function:: void i8_div_fusion_s(int8_t* input0, int8_t* input1, int8_t* output, int length, int core_mask) +.. c:function:: void i16_div_fusion_s(int16_t* input0, int16_t* input1, int16_t* output, int length, int core_mask) +.. c:function:: void i32_div_fusion_s(int32_t* input0, int32_t* input1, int32_t* output, int length, int core_mask) +.. c:function:: void hp_div_fusion_s(half* input0, half* input1, half* output, int length, int core_mask) +.. c:function:: void fp_div_fusion_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void dp_div_fusion_s(double* input0, double* input1, double* output, int length, int core_mask) +.. c:function:: void c64_div_fusion_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void c128_div_fusion_s(double* input0, double* input1, double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例（共享存储） + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; // input0 在 DDR 空间 + float *input1 = (float *)0xA1000000; // input1 在 DDR 空间 + float *output = (float *)0xB0000000; // 输出在 DDR 空间 + int length = 1024; + int core_mask = 0xff; + fp_div_fusion_s(input0, input1, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_div_fusion_p(int8_t* input0, int8_t* input1, int8_t* output, int length) +.. c:function:: void i16_div_fusion_p(int16_t* input0, int16_t* input1, int16_t* output, int length) +.. c:function:: void i32_div_fusion_p(int32_t* input0, int32_t* input1, int32_t* output, int length) +.. c:function:: void hp_div_fusion_p(half* input0, half* input1, half* output, int length) +.. c:function:: void fp_div_fusion_p(float* input0, float* input1, float* output, int length) +.. c:function:: void dp_div_fusion_p(double* input0, double* input1, double* output, int length) +.. c:function:: void c64_div_fusion_p(float* input0, float* input1, float* output, int length) +.. c:function:: void c128_div_fusion_p(double* input0, double* input1, double* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 9 + + //MT7004 示例 + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0x10000000; + float *input1 = (float *)0x10001000; + float *output = (float *)0x10002000; + int length = 1024; + fp_div_fusion_p(input0, input1, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/divgrad.rst.txt b/master/html/_sources/functionlib/dsplib/divgrad.rst.txt new file mode 100644 index 0000000..88439b2 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/divgrad.rst.txt @@ -0,0 +1,161 @@ +Divgrad +================= + + +计算逐元素除法操作 (`Y = x1 / x2`) 的梯度。 + +.. math:: + + dx_1 = \frac{\partial L}{\partial x_1} = \frac{\partial L}{\partial Y} \cdot \frac{1}{x_2} = \frac{dy}{x_2} + +.. math:: + + dx_2 = \frac{\partial L}{\partial x_2} = \frac{\partial L}{\partial Y} \cdot \frac{-x_1}{x_2^2} = - \frac{dy \cdot x_1}{x_2^2} + +Divgrad1l版本专门用于 `x1` 张量维度大于或等于 `x2` 张量的广播场景。Divgrad2l版本专门用于 `x2` 张量维度大于或等于 `x1` 张量的广播场景。 + +输入： + - **dy** - 来自后一层的上游梯度张量。 + - **x1** - 前向传播时的第一个输入张量（被除数）。 + - **x2** - 前向传播时的第二个输入张量（除数）。 + - **large_shape** - `x1` 和 `x2` 中维度较大的张量的形状。 + - **small_shape** - `x1` 和 `x2` 中维度较小的张量的形状。 + - **out_shape** - 输出张量 `dx1` 和 `dx2` 的形状。 + - **ndims** - 张量的维度数。 + - **large_strides** - 维度较大张量的步长信息。 + - **small_strides** - 维度较小张量的步长信息。 + - **out_strides** - 输出张量的步长信息。 + - **large_multiples** - 维度较大张量的广播倍数。 + - **small_multiples** - 维度较小张量的广播倍数。 + - **tile_data0** - 临时工作空间地址。 + - **tile_data1** - 临时工作空间地址。 + - **tile_data2** - 临时工作空间地址。 + - **indices** - 用于广播计算的临时索引空间地址。 + - **core_mask** - 核掩码。 + +输出： + - **dx1** - 写入计算出的对 `x1` 的梯度。 + - **dx2** - 写入计算出的对 `x2` 的梯度。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void fp_graddiv_s(float* dy, float* x1, float* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, float* dx1, float* dx2, float* tile_data0, float* tile_data1, float* tile_data2, int* indices, int core_mask) +.. c:function:: void hp_graddiv_s(half* dy, half* x1, half* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, half* dx1, half* dx2, half* tile_data0, half* tile_data1, half* tile_data2, int* indices, int core_mask) +.. c:function:: void fp_graddiv1l_s(float* dy, float* x1, float* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, float* dx1, float* dx2, float* tile_data0, float* tile_data1, float* tile_data2, int* indices, int core_mask) +.. c:function:: void hp_graddiv1l_s(half* dy, half* x1, half* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, half* dx1, half* dx2, half* tile_data0, half* tile_data1, half* tile_data2, int* indices, int core_mask) +.. c:function:: void fp_graddiv2l_s(float* dy, float* x1, float* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, float* dx1, float* dx2, float* tile_data0, float* tile_data1, float* tile_data2, int* indices, int core_mask) +.. c:function:: void hp_graddiv2l_s(half* dy, half* x1, half* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, half* dx1, half* dx2, half* tile_data0, half* tile_data1, half* tile_data2, int* indices, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 39 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *dy = (float *)0xA1000000; + float *dx1 = (float *)0xA2000000; + float *dx2 = (float *)0xA3000000; + float *x1_data = (float *)0xA4000000; + float *x2_data = (float *)0xA5000000; + float *tile_data0 = (float *)0xA6000000; + float *tile_data1 = (float *)0xA7000000; + float *tile_data2 = (float *)0xA8000000; + + long long ndims = 4; + long long dy_size; + long long x1_size; + long long x2_size; + + int *large_strides = (int *)0xAB000000; + int *small_strides = (int *)0xAB100000; + int *out_strides = (int *)0xAB200000; + int *large_multiples = (int *)0xAB300000; + int *small_multiples = (int *)0xAB400000; + int *indices = (int *)0xAB500000; + int *large_shape = (int *)0xAB600000; + int *small_shape = (int *)0xAB700000; + int *out_shape = (int *)0xAB800000; + + large_shape[0] = 12; large_shape[1] = 14; large_shape[2] = 3; large_shape[3] = 5; + small_shape[0] = 12; small_shape[1] = 14; small_shape[2] = 3; small_shape[3] = 5; + out_shape[0] = 12; out_shape[1] = 14; out_shape[2] = 3; out_shape[3] = 5; + + int core_mask = 0xff; + + dy_size = out_shape[0] * out_shape[1] * out_shape[2] * out_shape[3]; + x1_size = large_shape[0] * large_shape[1] * large_shape[2] * large_shape[3]; + x2_size = small_shape[0] * small_shape[1] * small_shape[2] * small_shape[3]; + + fp_graddiv_s(dy, x1, x2, large_shape, small_shape, out_shape, ndims, large_strides, small_strides, out_strides, large_multiples, small_multiples, dx1, dx2, tile_data0, tile_data1, tile_data2, indices, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_graddiv_p(float* dy, float* x1, float* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, float* dx1, float* dx2, float* tile_data0, float* tile_data1, float* tile_data2, int* indices) +.. c:function:: void hp_graddiv_p(half* dy, half* x1, half* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, half* dx1, half* dx2, half* tile_data0, half* tile_data1, half* tile_data2) +.. c:function:: void fp_graddiv1l_p(float* dy, float* x1, float* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, float* dx1, float* dx2, float* tile_data0, float* tile_data1, float* tile_data2, int* indices) +.. c:function:: void hp_graddiv1l_p(half* dy, half* x1, half* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, half* dx1, half* dx2, half* tile_data0, half* tile_data1, half* tile_data2, int* indices) +.. c:function:: void fp_graddiv2l_p(float* dy, float* x1, float* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, float* dx1, float* dx2, float* tile_data0, float* tile_data1, float* tile_data2, int* indices) +.. c:function:: void hp_graddiv2l_p(half* dy, half* x1, half* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, half* dx1, half* dx2, half* tile_data0, half* tile_data1, half* tile_data2, int* indices) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 37 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *dy = (float *)0x10000000; + float *dx1 = (float *)0x12000000; + float *dx2 = (float *)0x13000000; + float *x1_data = (float *)0x14000000; + float *x2_data = (float *)0x15000000; + float *tile_data0 = (float *)0x16000000; + float *tile_data1 = (float *)0x17000000; + float *tile_data2 = (float *)0x18000000; + + long long ndims = 4; + long long dy_size; + long long x1_size; + long long x2_size; + + int *large_strides = (int *)0x1B000000; + int *small_strides = (int *)0x1B100000; + int *out_strides = (int *)0x1B200000; + int *large_multiples = (int *)0x1B300000; + int *small_multiples = (int *)0x1B400000; + int *indices = (int *)0x1B500000; + int *large_shape = (int *)0x1B600000; + int *small_shape = (int *)0x1B700000; + int *out_shape = (int *)0x1B800000; + + large_shape[0] = 12; large_shape[1] = 14; large_shape[2] = 3; large_shape[3] = 5; + small_shape[0] = 12; small_shape[1] = 14; small_shape[2] = 3; small_shape[3] = 5; + out_shape[0] = 12; out_shape[1] = 14; out_shape[2] = 3; out_shape[3] = 5; + + dy_size = out_shape[0] * out_shape[1] * out_shape[2] * out_shape[3]; + x1_size = large_shape[0] * large_shape[1] * large_shape[2] * large_shape[3]; + x2_size = small_shape[0] * small_shape[1] * small_shape[2] * small_shape[3]; + + fp_graddiv_p(dy, x1, x2, large_shape, small_shape, out_shape, ndims, large_strides, small_strides, out_strides, large_multiples, small_multiples, dx1, dx2, tile_data0, tile_data1, tile_data2, indices); + return 0; + } + + \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/dropout.rst.txt b/master/html/_sources/functionlib/dsplib/dropout.rst.txt new file mode 100644 index 0000000..097bf20 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/dropout.rst.txt @@ -0,0 +1,86 @@ +Dropout +================= + + + +在训练期间对输入张量应用 Dropout 操作。它根据给定的 `mask` 将输入张量中的部分元素置零，并对剩余元素进行缩放。 + +.. math:: + + \text{output}_i = \text{input}_i \cdot \text{mask}_i \cdot \text{scale} + +输入： + - **input** - 输入张量的数据地址。 + - **scale** - 缩放因子。 + - **length** - 输入张量的总元素数量。 + - **mask** - 预先生成的掩码张量的数据地址，其元素为0或1，大小与`input`相同。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出张量的数据地址，其大小与`input`相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void fp_dropout_s(float* input, float scale, int length, float* output, float mask, int core_mask) +.. c:function:: void hp_dropout_s(half* input, half scale, int length, half* output, half* mask, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input 在DDR空间 + float *output = (float *)0xB0000000; // output + float *mask = (float *)0xC0000000; // pre-generated mask + + int length = 4096; + // 假设 dropout 概率 p = 0.2 + float scale = 1.0f / (1.0f - 0.2f); // scale = 1.25 + int core_mask = 0xff; + + fp_dropout_s(input, scale, length, output, mask, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_dropout_p(float* input, float scale, int length, float* output, float mask) +.. c:function:: void hp_dropout_p(half* input, half scale, int length, half* output, half mask) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; // input 在L2空间 + float *output = (float *)0x11000000; // output + float *mask = (float *)0x12000000; // pre-generated mask + + int length = 1024; + // 假设 dropout 概率 p = 0.5 + float scale = 1.0f / (1.0f - 0.5f); // scale = 2.0 + + fp_dropout_p(input, scale, length, output, mask); + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/dropoutgrad.rst.txt b/master/html/_sources/functionlib/dsplib/dropoutgrad.rst.txt new file mode 100644 index 0000000..ffaebeb --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/dropoutgrad.rst.txt @@ -0,0 +1,89 @@ +Dropoutgrad +================= + + +计算 Dropout 操作的梯度。 + +.. math:: + + dx_i = dy_i \cdot \text{mask}_i \cdot \text{scale} + +其中 :math:`dy_i` 是来自后一层的上游梯度，:math:`\text{mask}_i` 是前向传播时使用的同一个掩码，:math:`\text{scale}` 是前向传播时使用的同一个缩放因子。 + +输入： + - **input** - 上游梯度张量的数据地址 (dy)。 + - **scale** - 前向传播时使用的缩放因子。 + - **length** - 张量的总元素数量。 + - **mask** - 前向传播时使用的掩码张量的数据地址。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出的梯度张量的数据地址 (dx)。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + + +**共享存储版本:** + +.. c:function:: void fp_dropoutgrad_s(float* input, float scale, int length, float* output, float mask, int core_mask) +.. c:function:: void hp_dropoutgrad_s(half* input, half scale, int length, half* output, half mask, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *dy = (float *)0xA0000000; // Upstream gradient (dy), DDR + float *dx = (float *)0xB0000000; // Output gradient (dx) + float *mask = (float *)0xC0000000; // Mask from forward pass + + int length = 4096; + // 假设前向传播时 dropout 概率 p = 0.2 + float scale = 1.0f / (1.0f - 0.2f); // scale = 1.25 + int core_mask = 0xff; + + fp_dropoutgrad_s(dy, scale, length, dx, mask, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_dropoutgrad_p(float* input, float scale, int length, float* output, float mask) +.. c:function:: void hp_dropoutgrad_p(half* input, half scale, int length, half* output, half mask) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *dy = (float *)0x10000000; // Upstream gradient (dy), L2 + float *dx = (float *)0x11000000; // Output gradient (dx) + float *mask = (float *)0x12000000; // Mask from forward pass + + int length = 1024; + // 假设前向传播时 dropout 概率 p = 0.5 + float scale = 1.0f / (1.0f - 0.5f); // scale = 2.0 + + fp_dropoutgrad_p(dy, scale, length, dx, mask); + return 0; + } + + \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/dsplib_index.rst.txt b/master/html/_sources/functionlib/dsplib/dsplib_index.rst.txt index b63f4c0..2b214a1 100644 --- a/master/html/_sources/functionlib/dsplib/dsplib_index.rst.txt +++ b/master/html/_sources/functionlib/dsplib/dsplib_index.rst.txt @@ -1,6 +1,8 @@ DSP Library C API Reference =========================== +.. rubric:: 算子列表 + .. toctree:: :maxdepth: 1 @@ -14,7 +16,6 @@ DSP Library C API Reference unsqueeze expand_dims leaky_relu - lstm scatter_elements reduce resize @@ -50,3 +51,174 @@ DSP Library C API Reference conv2dbackpropfilterfusion sgd scalefusion + hashtablelookup + neg + neg_grad + not_equal + pow_fusion + power_grad + real_div + div_fusion + reciprocal + uniform_real + random_standard_normal + random_normal + tensor_scatter_add + non_max_suppression + detection_post_process + mfcc + audio_spectrogram + cumsum + smooth1loss + tril + triu + softmax_cross_entropy_with_logits + sparse_softmax_cross_entropy_with_logits + concat + gather + gather_nd + ones_like + reshape + scatter_nd + scatter_nd_update + slice + split + split_with_overlap + stack + tile + adam + constant_of_shape + rank + size + maxpoolfusion + maxpoolgrad + onehot + affine + assign + assignadd + padfusion + sigmoidcrossentropywithlogits + absgrad + addfusion + addgrad + all + argmax + argmin + avgpooling + batchnormgrad + biasadd + biasaddgrad + binarycrossentropy + binarycrossentropygrad + ceil + clip + customnormalize + custompredict + divgrad + dropout + dropoutgrad + elu + rfft + floormod + glu + greater + greaterequal + isfinite + l2norm + layernormgrad + less + lessequal + log1p + lrn + lstm + lstmgrad + lstmgradweight + lstmgraddata + maximumgrad + minimumgrad + mulgrad + priorbox + resizegrad + rsqrt + rsqrtgrad + select + shape + skipgram + smoothl1lossgrad + sparsereshape + sparsesegmentsum + sparsetodense + sqrtgrad + square + squaredifference + stridedslice + stridedslicegrad + subfusion + subgrad + switch + switchlayer + tensorarray + tensorarrayread + tensorarraywrite + tensorlistfromtensor + tensorlistgetitem + tensorlistreserve + tensorlistsetitem + tensorliststack + unique + where + dynamicquant + log + erf + quantdtypecast + customextractfeatures + logicaland + round + loggrad + topkfusion + unsortedsegmentsum + gatherd + fill + sparsefillemptyrows + fullconnection + sqrt + sin + nllloss + nlllossgrad + deconvgradfilter + cos + zeroslike + abs + fftreal + fftimag + batchnorm + instancenorm + lpnormalization + nonzero + allgather + addn + cast + sigmoidcrossentropwithlogitsgrad + flatten + flattengrad + unstack + invertpermutation + logsoftmax + softmax + layernormfusion + prelufusion + reducescatter + transpose + formattranspose + splice + roipooling + activation_grad + fake_quant_with_min_max_vars + fake_quant_with_min_max_vars_per_channel + logical_not + logical_or + lsh_projection + maximum + minimum + mod + mul \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/dynamicquant.rst.txt b/master/html/_sources/functionlib/dsplib/dynamicquant.rst.txt new file mode 100644 index 0000000..e700a46 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/dynamicquant.rst.txt @@ -0,0 +1,138 @@ +DynamicQuant +================= + +将 FP32 输入张量按给定的 scale 和 zero point（zp）动态量化为 INT8 输出张量。 +支持按整张量量化或按指定轴分段量化（per-axis dynamic quantization）。 + +.. math:: + + q_i = \mathrm{clip}\left( \mathrm{round}\left( \frac{x_i}{scale} + zp \right), q_{min}, q_{max} \right) + +其中： + +- :math:`x_i` 为输入浮点值 +- :math:`scale` 为量化比例因子 +- :math:`zp` 为零点（zero point） +- :math:`q_{min} = -128` +- :math:`q_{max} = 127` + +当输入为 :math:`+\infty` 或 :math:`-\infty` 时，输出分别饱和到最大或最小量化值。 + +--- + +输入： + - **real_values** - 输入 FP32 数据地址 + - **element_num** - 输入元素总数 + - **scale** - 量化 scale 数组地址 + - **zp** - 量化 zero point 数组地址 + - **segment_num** - 分段数量（用于按轴量化） + - **axis_num** - 量化轴标识 + - ``0``：整张量量化（per-tensor） + - ``!=0``：按轴分段量化（per-axis） + +输出： + - **quant_values** - 输出 INT8 量化结果地址 + +--- + +支持平台： + ``FT78NE`` + ``MT7004`` + +--- + +.. note:: + - 当前算子仅支持 **FP32\Fp16 → INT8** 的动态量化 + - 当 ``axis_num = 0`` 时，仅使用 ``scale[0]`` 与 ``zp[0]`` 进行整张量量化 + - 当 ``axis_num != 0`` 时，输入按 ``segment_num`` 进行分段，每段使用对应的 ``scale[i]`` 与 ``zp[i]`` + - 分段大小通过 ``UP_DIV(element_num, segment_num)`` 计算，最后一段自动处理剩余元素 + - 量化结果会被限制在 ``[-128, 127]`` 范围内 + +--- + +**私有存储版本：** + +.. c:function:: void fp_QuantData_p(float* real_values, int8_t* quant_values, int element_num, float* scale, int* zp, int segment_num, int axis_num) +.. c:function:: void hp_QuantData_p(half* real_values, half* quant_values, int element_num, half* scale, int* zp, int segment_num, int axis_num) + +--- + +**C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; // FP32 输入 + int8_t *output = (int8_t *)0x10004000; // INT8 输出 + float scale[4] = {0.1f, 0.12f, 0.11f, 0.09f}; + int zp[4] = {0, 0, 0, 0}; + int element_num = 1024; + int segment_num = 4; + int axis_num = 1; + + fp_QuantData_p(input, output, element_num, + scale, zp, segment_num, axis_num); + + return 0; + } + +--- + +**共享存储版本：** + +.. c:function:: void fp_QuantData_s(float* real_values, int8_t* quant_values, int element_num, float* scale, int* zp, int segment_num, int axis_num, int core_mask) +.. c:function:: void hp_QuantData_s(half* real_values, half* quant_values, int element_num, half* scale, int* zp, int segment_num, int axis_num, int core_mask) + +--- + +**C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; // FP32 输入 + int8_t *output = (int8_t *)0x10004000; // INT8 输出 + float scale[4] = {0.1f, 0.12f, 0.11f, 0.09f}; + int zp[4] = {0, 0, 0, 0}; + int element_num = 1024; + int segment_num = 4; + int axis_num = 1, core_mask = 0xff; + + fp_QuantData_s(input, output, element_num, + scale, zp, segment_num, axis_num, core_mask); + + return 0; + } + +--- + +**实现说明：** + +- 当 ``axis_num == 0`` 时： + + - 对整个输入数组执行一次统一量化 + - 等价于 per-tensor quantization + +- 当 ``axis_num != 0`` 时： + + - 输入数据按 ``segment_num`` 均分为多个分段 + - 每个分段使用独立的 ``scale[i]`` 与 ``zp[i]`` + - 等价于 per-axis dynamic quantization + +- 核心量化过程由 ``DoQuantizeFp32ToInt8`` 完成，包括： + + - 反 scale 计算 + - 四舍五入 + - 饱和裁剪 + - INF 特殊值处理 + diff --git a/master/html/_sources/functionlib/dsplib/eltwise.rst.txt b/master/html/_sources/functionlib/dsplib/eltwise.rst.txt index dbae68d..b731d87 100644 --- a/master/html/_sources/functionlib/dsplib/eltwise.rst.txt +++ b/master/html/_sources/functionlib/dsplib/eltwise.rst.txt @@ -7,9 +7,9 @@ Eltwise \mathbf{output_i} = \begin{cases} - \mathbf{Input0_i} \cdot \mathbf{Input1_i}, & \text{if } \text{eltwise_mode} = \text{Eltwise_PROD} \\[6pt] - \mathbf{Input0_i} + \mathbf{Input1_i}, & \text{if } \text{eltwise_mode} = \text{Eltwise_SUM} \\[6pt] - \max(\mathbf{Input0_i}, \mathbf{Input1_i}), & \text{if } \text{eltwise_mode} = \text{Eltwise_MAXIMUM} + \mathbf{Input0_i} \cdot \mathbf{Input1_i}, & \text{if } \text{eltwise\_mode} = \text{Eltwise\_PROD} \\[6pt] + \mathbf{Input0_i} + \mathbf{Input1_i}, & \text{if } \text{eltwise\_mode} = \text{Eltwise\_SUM} \\[6pt] + \max(\mathbf{Input0_i}, \mathbf{Input1_i}), & \text{if } \text{eltwise\_mode} = \text{Eltwise\_MAXIMUM} \end{cases} 输入： diff --git a/master/html/_sources/functionlib/dsplib/elu.rst.txt b/master/html/_sources/functionlib/dsplib/elu.rst.txt new file mode 100644 index 0000000..2e0748e --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/elu.rst.txt @@ -0,0 +1,84 @@ +Elu +================= + + + +逐元素计算指数线性单元 (Exponential Linear Unit, ELU) 激活函数。 + +.. math:: + + \text{output}_i = \begin{cases} \text{input}_i & \text{if } \text{input}_i \ge 0 \\ \alpha \cdot (e^{\text{input}_i} - 1) & \text{if } \text{input}_i < 0 \end{cases} + +其中 :math:`\alpha` (alpha) 是一个可调参数，控制负值的饱和度。 + +输入： + - **input** - 输入张量的数据地址。 + - **alpha** - ELU函数的alpha值。 + - **length** - 输入张量的总元素数量。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出张量的数据地址，其大小与`input`相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int8 + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void fp_elu_s(float* input, float* output, float alpha, int length, int core_mask) +.. c:function:: void hp_elu_s(half* input, half* output, half alpha, int length, int core_mask) +.. c:function:: void i8_elu_s(int8_t* input, int8_t* output, int8_t alpha, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input 在DDR空间 + float *output = (float *)0xB0000000; // output + + float alpha = 1.0f; + int length = 4096; + int core_mask = 0xff; + + fp_elu_s(input, output, alpha, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_elu_p(float* input, float* output, float alpha, int length) +.. c:function:: void hp_elu_p(half* input, half* output, half alpha, int length) +.. c:function:: void i8_elu_p(int8_t* input, int8_t* output, int8_t alpha, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; // input 在L2空间 + float *output = (float *)0x11000000; // output + + float alpha = 1.0f; + int length = 1024; + + fp_elu_p(input, output, alpha, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/embeddinglookup.rst.txt b/master/html/_sources/functionlib/dsplib/embeddinglookup.rst.txt index 858cc87..70e6ff7 100644 --- a/master/html/_sources/functionlib/dsplib/embeddinglookup.rst.txt +++ b/master/html/_sources/functionlib/dsplib/embeddinglookup.rst.txt @@ -7,14 +7,14 @@ EmbeddingLookup \forall k \in [1, ids\_size], \quad \begin{cases} - \text{if } \textbf{is_regulated}[i_k] = 0, & + \text{if } \textbf{is\_regulated}[i\_k] = 0, & \begin{cases} - \displaystyle X_{i_k} \leftarrow - X_{i_k} \cdot \frac{\text{max_norm}} - {\sum_{j=1}^{layer\_size\_} X_{i_k, j}} \\[10pt] - \textbf{is_regulated}[i_k] \leftarrow 1 + \displaystyle X_{i\_k} \leftarrow + X_{i\_k} \cdot \frac{\text{max\_norm}} + {\sum_{j=1}^{layer\_size\_} X_{i\_k, j}} \\[10pt] + \textbf{is\_regulated}[i\_k] \leftarrow 1 \end{cases} \\[12pt] - \text{输出向量 } Y_k \leftarrow X_{i_k} + \text{输出向量 } Y_k \leftarrow X_{i\_k} \end{cases} 输入： diff --git a/master/html/_sources/functionlib/dsplib/erf.rst.txt b/master/html/_sources/functionlib/dsplib/erf.rst.txt new file mode 100644 index 0000000..35e6fb4 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/erf.rst.txt @@ -0,0 +1,86 @@ +Erf +================= + + +逐元素计算误差函数（Error Function, erf）。 + +误差函数在概率论与统计中广泛使用，其定义如下： + +.. math:: + + \text{output}_i = \operatorname{erf}(\text{input}_i) + = \frac{2}{\sqrt{\pi}} \int_{0}^{\text{input}_i} e^{-t^2} \, dt + + +输入： + - **input** - 输入张量的数据地址。 + - **length** - 输入张量的总元素数量。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出张量的数据地址，其大小与 ``input`` 相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型：fp32, fp64 + - MT7004 支持的数据类型：fp16, fp32 + + +**共享存储版本：** + +.. c:function:: void fp_erf_s(float* input, float* output, int length, int core_mask) +.. c:function:: void dp_erf_s(double* input, double* output, int length, int core_mask) +.. c:function:: void hp_erf_s(half* input, half* output, int length, int core_mask) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + // C6678 多核示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input 在 DDR 空间 + float *output = (float *)0xB0000000; // output 在 DDR 空间 + + int length = 4096; + int core_mask = 0xff; + + fp_erf_s(input, output, length, core_mask); + return 0; + } + + +**私有存储版本：** + +.. c:function:: void fp_erf_p(float* input, float* output, int length) +.. c:function:: void dp_erf_p(double* input, double* output, int length) +.. c:function:: void hp_erf_p(half* input, half* output, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + // MT7004 单核示例 + #include + #include + + int main(int argc, char* argv[]) { + half *input = (half *)0x10000000; // input 在 L2 空间 + half *output = (half *)0x10001000; // output 在 L2 空间 + + int length = 1024; + + hp_erf_p(input, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/expfusion.rst.txt b/master/html/_sources/functionlib/dsplib/expfusion.rst.txt index 9c67ae1..92d5f94 100644 --- a/master/html/_sources/functionlib/dsplib/expfusion.rst.txt +++ b/master/html/_sources/functionlib/dsplib/expfusion.rst.txt @@ -3,38 +3,38 @@ ExpFusion - 传入一个数组，逐元素计算其乘上输入因子（可选择）后的指数值，再将指数值乘上输出因子后输出。 +传入一个数组，逐元素计算其乘上输入因子（可选择）后的指数值，再将指数值乘上输出因子后输出。 - .. math:: +.. math:: - dst_i = \exp(src_i \cdot s_{in}) \cdot s_{out} - \quad \text{where} \quad - s_{in} = - \begin{cases} - 1, & scale = 1 \\ - in\_scale, & scale \neq 1 - \end{cases} + dst_i = \exp(src_i \cdot s_{in}) \cdot s_{out} + \quad \text{where} \quad + s_{in} = + \begin{cases} + 1, & scale = 1 \\ + in\_scale, & scale \neq 1 + \end{cases} - \quad s_{out} = out\_scale + \quad s_{out} = out\_scale - 输入： - - **src_data** - 输入数据地址。 - - **length** - 计算长度。 - - **in_scale** - 输入缩放因子，当scale != 1时启用。 - - **out_scale** - 输出缩放因子。 - - **scale** - 输入缩放因子启用控制。 - - **core_mask** - 核掩码（仅适用于共享存储版本）。 +输入： + - **src_data** - 输入数据地址。 + - **length** - 计算长度。 + - **in_scale** - 输入缩放因子，当scale != 1时启用。 + - **out_scale** - 输出缩放因子。 + - **scale** - 输入缩放因子启用控制。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 - 输出： - - **dst_data** - 计算结果地址。 +输出： + - **dst_data** - 计算结果地址。 - 支持平台： - ``FT78NE`` - ``MT7004`` +支持平台： + ``FT78NE`` + ``MT7004`` - .. note:: - - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 - - MT7004 支持fp16, fp32, int16, int32, cplx64 +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 **共享存储版本:** @@ -47,26 +47,26 @@ ExpFusion .. c:function:: void c64_expfusion_s(float* src_data, float* dst_data, int length, float in_scale, float out_scale, int scale, int core_mask) .. c:function:: void c128_expfusion_s(double* src_data, double* dst_data, int length, float in_scale, float out_scale, int scale, int core_mask) - **C调用示例：** +**C调用示例：** - .. code-block:: c - :linenos: - :emphasize-lines: 12 +.. code-block:: c + :linenos: + :emphasize-lines: 12 - //FT78NE示例 - #include - #include - - int main(int argc, char* argv[]) { - float *input0 = (float *)0xA0000000; //input在DDR空间 - float *output = (float *)0xC0000000; - int length = 1000; - float in_scale = 0.5, out_scale = 1.2; - int scale = 1; - int core_mask = 0xff; - fp_expfusion_s( input0, output, length, in_scale, out_scale, scale,core_mask); - return 0; - } + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; //input在DDR空间 + float *output = (float *)0xC0000000; + int length = 1000; + float in_scale = 0.5, out_scale = 1.2; + int scale = 1; + int core_mask = 0xff; + fp_expfusion_s( input0, output, length, in_scale, out_scale, scale,core_mask); + return 0; + } **私有存储版本:** @@ -81,21 +81,21 @@ ExpFusion .. c:function:: void c128_expfusion_p(double* src_data, double* dst_data, int length, float in_scale, float out_scale, int scale) - **C调用示例：** +**C调用示例：** - .. code-block:: c - :linenos: - :emphasize-lines: 10 +.. code-block:: c + :linenos: + :emphasize-lines: 10 - //FT78NE示例 - #include - #include - int main(int argc, char* argv[]) { - float *input0 = (float *)0x10810000; //input在L2空间 - float *output = (float *)0x10820000; - int length = 1000; - float in_scale = 0.5, out_scale = 1.2; - int scale = 1; - fp_expfusion_p( input0, output, length, in_scale, out_scale, scale); - return 0; - } \ No newline at end of file + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input0 = (float *)0x10810000; //input在L2空间 + float *output = (float *)0x10820000; + int length = 1000; + float in_scale = 0.5, out_scale = 1.2; + int scale = 1; + fp_expfusion_p( input0, output, length, in_scale, out_scale, scale); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/fake_quant_with_min_max_vars.rst.txt b/master/html/_sources/functionlib/dsplib/fake_quant_with_min_max_vars.rst.txt new file mode 100644 index 0000000..4aca1c3 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/fake_quant_with_min_max_vars.rst.txt @@ -0,0 +1,86 @@ +FakeQuantWithMinMaxVars +======================= + +对输入数据执行逐元素伪量化运算。该算子通过给定的最小/最大值（min_val/max_val）计算缩放因子（scale）和零点（zero_point），将浮点输入模拟量化到指定的整数范围（quant_min/quant_max），然后再将其反量化回浮点数。 + +.. math:: + + scale = \frac{max\_val - min\_val}{quant\_max - quant\_min} + +.. math:: + + output_i = \left( \text{round} \left( \frac{\text{clamp}(input_i, nudge\_min, nudge\_max) - nudge\_min}{scale} \right) \right) \times scale + nudge\_min + +输入： + - **src** - 输入数据地址。 + - **min_val** - 浮点范围的最小值。 + - **max_val** - 浮点范围的最大值。 + - **length** - 计算长度。 + - **quant_min** - 量化后的整数最小值（例如 0 或 -128）。 + - **quant_max** - 量化后的整数最大值（例如 255 或 127）。 + - **symmetric** - 是否使用对称量化（bool 类型）。若为 true，则范围调整为关于 0 对称。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 伪量化后的计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持：fp32 (fp) + - MT7004 支持：fp16 (hp), fp32 (fp) + - 该算子内部包含 "Nudge" 逻辑，即会自动调整零点（Zero Point）使其为整数，并根据调整后的零点重新计算实际使用的浮点范围（nudge_min/nudge_max）。 + +**共享存储版本:** + +.. c:function:: void fp_fake_quant_with_min_max_vars_s(float* src, float min_val, float max_val, float* output, int length, int quant_min, int quant_max, bool symmetric, int core_mask) +.. c:function:: void hp_fake_quant_with_min_max_vars_s(half* src, half min_val, half max_val, half* output, int length, int quant_min, int quant_max, bool symmetric, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 13 + + // FT78NE 示例：fp32 类型共享存储多核计算 + #include + #include + #include "78NE/utils.h" + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; + float *output = (float *)0xB0000000; + float min_v = -10.0f; + float max_v = 10.0f; + int length = 960001; + int core_mask = 0b1011; + fp_fake_quant_with_min_max_vars_s(input, min_v, max_v, output, length, 0, 255, false, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_fake_quant_with_min_max_vars_p(float* src, float min_val, float max_val, float* output, int length, int quant_min, int quant_max, bool symmetric) +.. c:function:: void hp_fake_quant_with_min_max_vars_p(half* src, half min_val, half max_val, half* output, int length, int quant_min, int quant_max, bool symmetric) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + // MT7004 示例：fp16 (half) 类型私有存储单核计算 + #include + #include + + int main(int argc, char* argv[]) { + half *input = (half *)0x10000000; + half *output = (half *)0x10001000; + half min_v = (half)-5.0f; + half max_v = (half)5.0f; + int length = 1024; + hp_fake_quant_with_min_max_vars_p(input, min_v, max_v, output, length, 0, 255, true); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/fake_quant_with_min_max_vars_per_channel.rst.txt b/master/html/_sources/functionlib/dsplib/fake_quant_with_min_max_vars_per_channel.rst.txt new file mode 100644 index 0000000..fa89b43 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/fake_quant_with_min_max_vars_per_channel.rst.txt @@ -0,0 +1,98 @@ +FakeQuantWithMinMaxVarsPerChannel +================================= + +对输入数据执行按通道（Per-Channel）的逐元素伪量化运算。该算子将输入数据划分为 ``channel_num`` 个等长的通道，每个通道根据其对应的最小/最大值（min_val[c] / max_val[c]）独立计算缩放因子和零点，进行模拟量化与反量化。 + +.. math:: + + channel\_size = \frac{length}{channel\_num} + +.. math:: + + \text{对于通道 } c: \quad scale_c = \frac{max\_val_c - min\_val_c}{quant\_max - quant\_min} + +.. math:: + + output_{c,i} = \text{FakeQuant}(input_{c,i}, scale_c, nudge\_min_c) + +输入： + - **src** - 输入数据地址。 + - **min_val** - 每个通道最小值组成的数组地址。 + - **max_val** - 每个通道最大值组成的数组地址。 + - **length** - 输入数据总长度（需能被通道数整除）。 + - **quant_min** - 量化后的整数最小值。 + - **quant_max** - 量化后的整数最大值。 + - **symmetric** - 是否使用对称量化。 + - **channel_num** - 通道数量。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 伪量化后的计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持：fp32 (fp) + - MT7004 支持：fp16 (hp), fp32 (fp) + - 输入数据的总长度 ``length`` 必须可以被 ``channel_num`` 整除。 + - 每个通道的逻辑（包括 Nudge 零点调整）与单变量版本的伪量化一致。 + +**共享存储版本:** + +.. c:function:: void fp_fake_quant_with_min_max_vars_per_channel_s(float* src, float* min_val, float* max_val, float* output, int length, int quant_min, int quant_max, bool symmetric, int channel_num, int core_mask) +.. c:function:: void hp_fake_quant_with_min_max_vars_per_channel_s(half* src, half* min_val, half* max_val, half* output, int length, int quant_min, int quant_max, bool symmetric, int channel_num, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 15 + + // FT78NE 示例：fp32 类型共享存储多核计算 + #include + #include + #include "78NE/utils.h" + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; + float *min_arr = (float *)0xA1000000; + float *max_arr = (float *)0xA1001000; + float *output = (float *)0xB0000000; + int length = 960000; + int channel_num = 100; + int core_mask = 0b1011; + + fp_fake_quant_with_min_max_vars_per_channel_s(input, min_arr, max_arr, output, + length, 0, 255, false, channel_num, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_fake_quant_with_min_max_vars_per_channel_p(float* src, float* min_val, float* max_val, float* output, int length, int quant_min, int quant_max, bool symmetric, int channel_num) +.. c:function:: void hp_fake_quant_with_min_max_vars_per_channel_p(half* src, half* min_val, half* max_val, half* output, int length, int quant_min, int quant_max, bool symmetric, int channel_num) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 14 + + // MT7004 示例：fp16 (half) 类型私有存储单核计算 + #include + #include + + int main(int argc, char* argv[]) { + half *input = (half *)0x10000000; + half *min_arr = (half *)0x10008000; + half *max_arr = (half *)0x10008100; + half *output = (half *)0x10009000; + int length = 2000; + int channel_num = 10; + + hp_fake_quant_with_min_max_vars_per_channel_p(input, min_arr, max_arr, output, + length, 0, 255, true, channel_num); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/fftimag.rst.txt b/master/html/_sources/functionlib/dsplib/fftimag.rst.txt new file mode 100644 index 0000000..88af4c7 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/fftimag.rst.txt @@ -0,0 +1,104 @@ +FFTImag +========================= + +对输入复数序列虚数部分执行一维快速傅里叶变换（FFT）或逆变换（IFFT）。 +内部基于分治 FFT 算法， +并使用预计算旋转因子（twiddle factor）以提升性能。 +傅里叶变换，可以对参数进行调整，以实现FFT/IFFT/RFFT/IRFFT。 + +数学定义如下： + +.. math:: + + X(k) = \sum_{n=0}^{N-1} x(n)\,e^{-j 2\pi kn / N} \quad (\text{Forward FFT}) + +.. math:: + + x(n) = \sum_{k=0}^{N-1} X(k)\,e^{j 2\pi kn / N} \quad (\text{Inverse FFT}) + +其中 :math:`N` 为 FFT 点数。 + +输入： + - **input** - 输入复数数据地址。 + - **fft_size** - FFT 点数。 + - **dir** - 变换方向： + - ``FFT_FORWARD``：正向 FFT + - ``FFT_INVERSE``：反向 FFT + - **scratch_ptr** - 临时缓冲区地址，用于存放旋转因子及中间计算结果。 + - **twiddle** - 旋转因子地址（仅共享存储版本使用）。 + - **fft_size1** - 第一阶段 FFT 点数（仅共享存储版本使用）。 + - **fft_size2** - 第二阶段 FFT 点数（仅共享存储版本使用）。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **output** - 输出复数序列地址。 + +内部核心计算公式如下： +对于FFT，它计算以下表达式： + +.. math:: + X[\omega_1, \dots, \omega_d] = + \sum_{n_1=0}^{N_1-1} \dots \sum_{n_d=0}^{N_d-1} x[n_1, \dots, n_d] + e^{-j\ 2 \pi \sum_{i=0}^d \frac{\omega_i n_i}{N_i}}, + +其中， :math:`d` = `signal_ndim` 是信号的维度，:math:`N_i` 则是信号第 :math:`i` 个维度的大小。 + +对于IFFT，它计算以下表达式： + +.. math:: + X[\omega_1, \dots, \omega_d] = + \frac{1}{\prod_{i=1}^d N_i} \sum_{n_1=0}^{N_1-1} \dots \sum_{n_d=0}^{N_d-1} x[n_1, \dots, n_d] + e^{\ j\ 2 \pi \sum_{i=0}^d \frac{\omega_i n_i}{N_i}}, + +其中， :math:`d` = `signal_ndim` 是信号的维度，:math:`N_i` 则是信号第 :math:`i` 维的大小。 + +.. note:: + - FFT/IFFT要求complex64或complex128类型的输入，返回complex64或complex128类型的输出。 + - RFFT要求bool, uint8, int8, int16, int32, int64, float32或float64类型的输入， + 返回complex64或complex128类型的输出。 + - IRFFT要求complex64或complex128类型的输入，返回float32或float64类型的输出。 + - 共享存储版本/私有存储版本支持函数及调用见RFFT。 + +参数： + - **signal_ndim** (int) - 表示每个信号中的维数，控制着傅里叶变换的维数，其值只能为1、2或3。 + - **inverse** (bool) - 表示该操作是否为逆变换，用以选择FFT 和 RFFT 或 IFFT 和 IRFFT。 + + - 如果为 ``True`` ，则为IFFT 和 IRFFT。 + - 如果为 ``False`` ，FFT 和 RFFT。 + + - **real** (bool) - 表示该操作是否为实变换，与 `inverse` 共同决定具体的变换模式： + + - `inverse` 为 ``False`` ， `real` 为 ``False`` ：对应FFT模式。 + - `inverse` 为 ``True`` ， `real` 为 ``False`` ：对应IFFT模式。 + - `inverse` 为 ``False`` ， `real` 为 ``True`` ：对应RFFT模式。 + - `inverse` 为 ``True`` ， `real` 为 ``True`` ：对应IRFFT模式。 + + - **norm** (str，可选) - 表示该操作的规范化方式，可选值：[ ``"backward"`` , ``"forward"`` , ``"ortho"`` ]。默认值： ``"backward"`` 。 + + - "backward"，正向变换不缩放，逆变换按 :math:`1/n` 缩放，其中 `n` 表示输入 `x` 的元素数量。。 + - "ortho"，正向变换与逆变换均按 :math:`1/\sqrt n` 缩放。 + - "forward"，正向变换按 :math:`1/n` 缩放，逆变换不缩放。 + + - **onesided** (bool，可选) - 控制输入是否减半以避免冗余。默认值： ``True`` 。 + - **signal_sizes** (tuple，可选) - 原始信号的大小（RFFT变换之前的信号，不包含batch这一维），只有在IRFFT模式下和设置 `onesided` 为True时需要该参数，需要满足 + 以下条件。默认值： ``()`` 。 + + - `signal_sizes` 的长度等于IRFFT的 `signal_ndim` ： :math:`len(signal\_sizes)=signal\_ndim` 。 + - `signal_sizes` 的最后一个维度除以2等于IRFFT输入的最后一个维度： :math:`signal\_size[-1]/2+1=x.shape[-1]` 。 + - 除了最后一个维度外， `signal_sizes` 的维度与输入shape完全相同： :math:`signal\_sizes[:-1]=x.shape[:-1]` 。 + +异常： + - **TypeError** - 如果FFT/IFFT/IRFF的输入类型不是以下类型之一：complex64、complex128。 + - **TypeError** - 如果输入的类型不是Tensor。 + - **ValueError** - 如果输入 `x` 的维度小于 `signal_ndim` 。 + - **ValueError** - 如果 `signal_ndim` 大于3或小于1。 + - **ValueError** - 如果 `norm` 取值不是"backward"、"forward"或"ortho"。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +类型支持： + - FT78NE：``cplx64``、``cplx128`` + - MT7004：``cplx64`` + diff --git a/master/html/_sources/functionlib/dsplib/fftreal.rst.txt b/master/html/_sources/functionlib/dsplib/fftreal.rst.txt new file mode 100644 index 0000000..42adf86 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/fftreal.rst.txt @@ -0,0 +1,104 @@ +FFTReal +========================= + +对输入复数序列实数部分执行一维快速傅里叶变换（FFT）或逆变换（IFFT）。 +内部基于分治 FFT 算法， +并使用预计算旋转因子（twiddle factor）以提升性能。 +傅里叶变换，可以对参数进行调整，以实现FFT/IFFT/RFFT/IRFFT。 + +数学定义如下： + +.. math:: + + X(k) = \sum_{n=0}^{N-1} x(n)\,e^{-j 2\pi kn / N} \quad (\text{Forward FFT}) + +.. math:: + + x(n) = \sum_{k=0}^{N-1} X(k)\,e^{j 2\pi kn / N} \quad (\text{Inverse FFT}) + +其中 :math:`N` 为 FFT 点数。 + +输入： + - **input** - 输入复数数据地址。 + - **fft_size** - FFT 点数。 + - **dir** - 变换方向： + - ``FFT_FORWARD``：正向 FFT + - ``FFT_INVERSE``：反向 FFT + - **scratch_ptr** - 临时缓冲区地址，用于存放旋转因子及中间计算结果。 + - **twiddle** - 旋转因子地址（仅共享存储版本使用）。 + - **fft_size1** - 第一阶段 FFT 点数（仅共享存储版本使用）。 + - **fft_size2** - 第二阶段 FFT 点数（仅共享存储版本使用）。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **output** - 输出复数序列地址。 + +内部核心计算公式如下： +对于FFT，它计算以下表达式： + +.. math:: + X[\omega_1, \dots, \omega_d] = + \sum_{n_1=0}^{N_1-1} \dots \sum_{n_d=0}^{N_d-1} x[n_1, \dots, n_d] + e^{-j\ 2 \pi \sum_{i=0}^d \frac{\omega_i n_i}{N_i}}, + +其中， :math:`d` = `signal_ndim` 是信号的维度，:math:`N_i` 则是信号第 :math:`i` 个维度的大小。 + +对于IFFT，它计算以下表达式： + +.. math:: + X[\omega_1, \dots, \omega_d] = + \frac{1}{\prod_{i=1}^d N_i} \sum_{n_1=0}^{N_1-1} \dots \sum_{n_d=0}^{N_d-1} x[n_1, \dots, n_d] + e^{\ j\ 2 \pi \sum_{i=0}^d \frac{\omega_i n_i}{N_i}}, + +其中， :math:`d` = `signal_ndim` 是信号的维度，:math:`N_i` 则是信号第 :math:`i` 维的大小。 + +.. note:: + - FFT/IFFT要求complex64或complex128类型的输入，返回complex64或complex128类型的输出。 + - RFFT要求bool, uint8, int8, int16, int32, int64, float32或float64类型的输入， + 返回complex64或complex128类型的输出。 + - IRFFT要求complex64或complex128类型的输入，返回float32或float64类型的输出。 + - 共享存储版本/私有存储版本支持函数及调用见RFFT。 + +参数： + - **signal_ndim** (int) - 表示每个信号中的维数，控制着傅里叶变换的维数，其值只能为1、2或3。 + - **inverse** (bool) - 表示该操作是否为逆变换，用以选择FFT 和 RFFT 或 IFFT 和 IRFFT。 + + - 如果为 ``True`` ，则为IFFT 和 IRFFT。 + - 如果为 ``False`` ，FFT 和 RFFT。 + + - **real** (bool) - 表示该操作是否为实变换，与 `inverse` 共同决定具体的变换模式： + + - `inverse` 为 ``False`` ， `real` 为 ``False`` ：对应FFT模式。 + - `inverse` 为 ``True`` ， `real` 为 ``False`` ：对应IFFT模式。 + - `inverse` 为 ``False`` ， `real` 为 ``True`` ：对应RFFT模式。 + - `inverse` 为 ``True`` ， `real` 为 ``True`` ：对应IRFFT模式。 + + - **norm** (str，可选) - 表示该操作的规范化方式，可选值：[ ``"backward"`` , ``"forward"`` , ``"ortho"`` ]。默认值： ``"backward"`` 。 + + - "backward"，正向变换不缩放，逆变换按 :math:`1/n` 缩放，其中 `n` 表示输入 `x` 的元素数量。。 + - "ortho"，正向变换与逆变换均按 :math:`1/\sqrt n` 缩放。 + - "forward"，正向变换按 :math:`1/n` 缩放，逆变换不缩放。 + + - **onesided** (bool，可选) - 控制输入是否减半以避免冗余。默认值： ``True`` 。 + - **signal_sizes** (tuple，可选) - 原始信号的大小（RFFT变换之前的信号，不包含batch这一维），只有在IRFFT模式下和设置 `onesided` 为True时需要该参数，需要满足 + 以下条件。默认值： ``()`` 。 + + - `signal_sizes` 的长度等于IRFFT的 `signal_ndim` ： :math:`len(signal\_sizes)=signal\_ndim` 。 + - `signal_sizes` 的最后一个维度除以2等于IRFFT输入的最后一个维度： :math:`signal\_size[-1]/2+1=x.shape[-1]` 。 + - 除了最后一个维度外， `signal_sizes` 的维度与输入shape完全相同： :math:`signal\_sizes[:-1]=x.shape[:-1]` 。 + +异常： + - **TypeError** - 如果FFT/IFFT/IRFF的输入类型不是以下类型之一：complex64、complex128。 + - **TypeError** - 如果输入的类型不是Tensor。 + - **ValueError** - 如果输入 `x` 的维度小于 `signal_ndim` 。 + - **ValueError** - 如果 `signal_ndim` 大于3或小于1。 + - **ValueError** - 如果 `norm` 取值不是"backward"、"forward"或"ortho"。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +类型支持： + - FT78NE：``cplx64``、``cplx128`` + - MT7004：``cplx64`` + diff --git a/master/html/_sources/functionlib/dsplib/fill.rst.txt b/master/html/_sources/functionlib/dsplib/fill.rst.txt new file mode 100644 index 0000000..231322c --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/fill.rst.txt @@ -0,0 +1,103 @@ +Fill +================= + + + + 使用给定的常量值填充输出数组。该算子将输入的 **value** 按指定数据类型复制，并在多核环境下利用 DMA 高效地完成填充操作。 + + .. math:: + + dst_i = value + \quad \text{for} \quad i = 0,1,\dots,N-1 + + 输入： + - **value** - 待填充的常量值地址。 + - **param** - Fill 参数结构体指针，描述输出张量的形状与数据类型信息。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + + 输出： + - **output** - 填充结果地址。 + + FillParameter 说明： + FillParameter 用于描述 Fill 算子的输出张量信息，其定义如下： + + .. code-block:: c + + typedef struct FillParameter { + int* shape_; // 张量各维度大小 + int ndim_; // 张量维度数 + int elem_cnt_; // 张量元素总数 + int type_size_; // 单个元素字节大小 + } FillParameter; + + 支持平台： + ``FT78NE`` + ``MT7004`` + + .. note:: + - FT78NE 支持fp, dp, int8, int16, int32, cplx64, cplx128 + - MT7004 支持hp, fp, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_fill_s(int8_t* value, int8_t* output, int core_mask, FillParameter* param) +.. c:function:: void i16_fill_s(int16_t* value, int16_t* output, int core_mask, FillParameter* param) +.. c:function:: void i32_fill_s(int32_t* value, int32_t* output, int core_mask, FillParameter* param) +.. c:function:: void hp_fill_s(half* value, half* output, int core_mask, FillParameter* param) +.. c:function:: void fp_fill_s(float* value, float* output, int core_mask, FillParameter* param) +.. c:function:: void dp_fill_s(double* value, double* output, int core_mask, FillParameter* param) +.. c:function:: void c64_fill_s(float* value, float* output, int core_mask, FillParameter* param) +.. c:function:: void c128_fill_s(double* value, double* output, int core_mask, FillParameter* param) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float value = 1.0f; + float *output = (float *)0xC0000000; + FillParameter param; + param.elem_cnt_ = 1024; + param.type_size_ = sizeof(float); + int core_mask = 0xff; + fp_fill_s(&value, output, core_mask, ¶m); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_fill_p(int8_t* value, int8_t* output, FillParameter* param) +.. c:function:: void i16_fill_p(int16_t* value, int16_t* output, FillParameter* param) +.. c:function:: void i32_fill_p(int32_t* value, int32_t* output, FillParameter* param) +.. c:function:: void hp_fill_p(half* value, half* output, FillParameter* param) +.. c:function:: void fp_fill_p(float* value, float* output, FillParameter* param) +.. c:function:: void dp_fill_p(double* value, double* output, FillParameter* param) +.. c:function:: void c64_fill_p(float* value, float* output, FillParameter* param) +.. c:function:: void c128_fill_p(double* value, double* output, FillParameter* param) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float value = 1.0f; + float *output = (float *)0x10820000; + FillParameter param; + param.elem_cnt_ = 1024; + param.type_size_ = sizeof(float); + fp_fill_p(&value, output, ¶m); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/flatten.rst.txt b/master/html/_sources/functionlib/dsplib/flatten.rst.txt new file mode 100644 index 0000000..a62f1c5 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/flatten.rst.txt @@ -0,0 +1,104 @@ +Flatten +================= + +将多维输入张量按行优先（row-major）顺序展平成一维连续数组。 +该算子仅改变数据的形状，不改变数据内容与顺序，本质上是一次连续内存拷贝操作。 + +数学上可表示为： + +.. math:: + + \text{output} = \text{reshape}(\text{input}, [-1]) + +输入张量的所有元素按照原有存储顺序依次写入输出张量。 + +输入： + - **input** - 输入数据地址。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + - **param** - Flatten 参数结构体指针，包含形状与类型信息。 + +输出： + - **output** - 展平后的输出数据地址。 + +FlattenParameter 结构体说明： + + - **shape_** - 输入张量各维度大小数组。 + - **ndim_** - 输入张量维度数。 + - **elem_cnt_** - 输入张量元素总数。 + - **type_size_** - 单个元素的字节数。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 ``fp32``、``fp64``、``int8``、``int16``、``int32``、``cplx64``、``cplx128`` + - MT7004 支持 ``fp16``、``fp32``、``int16``、``int32``、``cplx64`` + - 该算子不涉及数值计算，仅进行内存搬运 + - 当 input 与 output 地址相同时，算子直接返回，不执行拷贝 + - 当 core_mask 对应的逻辑核无效时，算子直接返回 + +**共享存储版本:** + +.. c:function:: void Flatten(const void* input, void* output, int core_mask, FlattenParameter* param) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 18 + + // FT78NE 示例（共享存储） + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // DDR 空间 + float *output = (float *)0xC0000000; + + int shape[3] = {1, 3, 224 * 224}; + + FlattenParameter param; + param.shape_ = shape; + param.ndim_ = 3; + param.elem_cnt_ = 1 * 3 * 224 * 224; + param.type_size_ = sizeof(float); + + int core_mask = 0xff; + Flatten(input, output, core_mask, ¶m); + + return 0; + } + + +**私有存储版本:** + +该算子在私有存储模式下等价为单核内存拷贝操作， +直接调用 `Flatten` 且 core_mask 设置为单核即可。 + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17 + + // FT78NE 示例（私有存储） + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10810000; // L2 空间 + float *output = (float *)0x10820000; + + int shape[2] = {4, 256}; + + FlattenParameter param; + param.shape_ = shape; + param.ndim_ = 2; + param.elem_cnt_ = 4 * 256; + param.type_size_ = sizeof(float); + + Flatten(input, output, 0x1, ¶m); + + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/flattengrad.rst.txt b/master/html/_sources/functionlib/dsplib/flattengrad.rst.txt new file mode 100644 index 0000000..43347fe --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/flattengrad.rst.txt @@ -0,0 +1,82 @@ +FlattenGrad +================= + +Flatten 算子的反向传播算子，用于将一维梯度按照原始输入张量的形状还原。 +该算子不进行数值计算，仅依据原始形状信息对梯度数据进行内存拷贝与重解释，元素顺序保持不变。 + +.. math:: + + \text{grad\_input} = \text{reshape}(\text{grad\_output}, \text{origin\_shape}) + +输入： + - **input** - 上游梯度（Flatten 输出对应的梯度）地址。 + - **origin_shape** - 原始输入张量的形状数组。 + - **origin_ndim** - 原始输入张量的维度数。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 还原形状后的梯度数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp32 + - MT7004 支持 fp16, fp32 + - 该算子仅进行内存拷贝，不涉及数值运算 + - 输出元素总数等于 origin_shape 各维度之积 + +**共享存储版本:** + +.. c:function:: void fp_flattengrad_s(float* input, float* output, int* origin_shape, int origin_ndim, int core_mask) +.. c:function:: void hp_flattengrad_s(half* input, half* output, int* origin_shape, int origin_ndim, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *grad_flat = (float *)0xA0000000; // 梯度在 DDR + float *grad_out = (float *)0xC0000000; + + int origin_shape[2] = {32, 128}; + int origin_ndim = 2; + int core_mask = 0xff; + + fp_flattengrad_s(grad_flat, grad_out, origin_shape, origin_ndim, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_flattengrad_p(float* input, float* output, int* origin_shape, int origin_ndim) +.. c:function:: void hp_flattengrad_p(half* input, half* output, int* origin_shape, int origin_ndim) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + // MT7004 示例 + #include + #include + + int main(int argc, char* argv[]) { + half *grad_flat = (half *)0x10810000; // 梯度在 L2 + half *grad_out = (half *)0x10820000; + + int origin_shape[3] = {1, 3, 224 * 224}; + int origin_ndim = 3; + + hp_flattengrad_p(grad_flat, grad_out, origin_shape, origin_ndim); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/floormod.rst.txt b/master/html/_sources/functionlib/dsplib/floormod.rst.txt new file mode 100644 index 0000000..8928497 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/floormod.rst.txt @@ -0,0 +1,84 @@ +Floormod +================= + + + +逐元素计算两个输入张量的 floor-modulus。 + +.. math:: + + \text{output}_i = \text{input0}_i - \lfloor \frac{\text{input0}_i}{\text{input1}_i} \rfloor \cdot \text{input1}_i + +其中 :math:`\lfloor \cdot \rfloor` 表示向下取整 (floor) 操作。 + +输入： + - **input0** - 第一个输入张量（被除数）的数据地址。 + - **input1** - 第二个输入张量（除数）的数据地址。 + - **size** - 输入张量的总元素数量。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出张量的数据地址，其大小与输入张量相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void fp_floormod_s(float* input0, float* input1, float* output, int size, int core_mask) +.. c:function:: void hp_floormod_s(half* input0, half* input1, half* output, int size, int core_mask) +.. c:function:: void dp_floormod_s(double* input0, double* input1, double* output, int size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; // input0 在DDR空间 + float *input1 = (float *)0xB0000000; // input1 + float *output = (float *)0xC0000000; // output + + int size = 4096; + int core_mask = 0xff; + + fp_floormod_s(input0, input1, output, size, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_floormod_p(float* input0, float* input1, float* output, int size) +.. c:function:: void hp_floormod_p(half* input0, half* input1, half* output, int size) +.. c:function:: void dp_floormod_p(double* input0, double* input1, double* output, int size) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input0 = (float *)0x10000000; // input0 在L2空间 + float *input1 = (float *)0x11000000; // input1 + float *output = (float *)0x12000000; // output + + int size = 1024; + + fp_floormod_p(input0, input1, output, size); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/formattranspose.rst.txt b/master/html/_sources/functionlib/dsplib/formattranspose.rst.txt new file mode 100644 index 0000000..6733c3c --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/formattranspose.rst.txt @@ -0,0 +1,90 @@ +FormatTranspose +================= + + + +将输入数据从一种存储格式转换为另一种存储格式，如 NCHW ↔ NHWC、NC4HW4、NC8HW8 等，适用于图像或特征图数据。 + +输入： + - **src_data** - 输入数据地址。 + - **src_format** - 输入数据格式标识。 + - **dst_format** - 输出数据格式标识。 + - **batch** - 批大小。 + - **channel** - 通道数。 + - **plane** - 高*宽。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **dst_data** - 格式转换结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp, dp, int8, int16, int32, clx64, cplx128 + - MT7004 支持hp, fp, i16, i32, cplx64 + +**共享存储版本:** + +.. c:function:: void fp_formattranspose_s(int src_format, int dst_format, float* src_data, float* dst_data, int batch, int channel, int plane, int core_mask) +.. c:function:: void hp_formattranspose_s(int src_format, int dst_format, half* src_data, half* dst_data, int batch, int channel, int plane, int core_mask) +.. c:function:: void dp_formattranspose_s(int src_format, int dst_format, double* src_data, double* dst_data, int batch, int channel, int plane, int core_mask) +.. c:function:: void i8_formattranspose_s(int src_format, int dst_format, int8_t* src_data, int8_t* dst_data, int batch, int channel, int plane, int core_mask) +.. c:function:: void i16_formattranspose_s(int src_format, int dst_format, int16_t* src_data, int16_t* dst_data, int batch, int channel, int plane, int core_mask) +.. c:function:: void i32_formattranspose_s(int src_format, int dst_format, int* src_data, int* dst_data, int batch, int channel, int plane, int core_mask) +.. c:function:: void c64_formattranspose_s(int src_format, int dst_format, float* src_data, float* dst_data, int batch, int channel, int plane, int core_mask) +.. c:function:: void c128_formattranspose_s(int src_format, int dst_format, double* src_data, double* dst_data, int batch, int channel, int plane, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + #include + #include + + int main() { + float *input = (float *)0xA0000000; // 输入在DDR空间 + float *output = (float *)0xC0000000; + int batch = 1, channel = 3, plane = 224*224; + int src_format = 1; // NHWC + int dst_format = 0; // NCHW + int core_mask = 0xff; + + fp_formattranspose_s(src_format, dst_format, input, output, batch, channel, plane, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_formattranspose_p(int src_format, int dst_format, float* src_data, float* dst_data, int batch, int channel, int plane) +.. c:function:: void hp_formattranspose_p(int src_format, int dst_format, half* src_data, half* dst_data, int batch, int channel, int plane) +.. c:function:: void dp_formattranspose_p(int src_format, int dst_format, double* src_data, double* dst_data, int batch, int channel, int plane) +.. c:function:: void i8_formattranspose_p(int src_format, int dst_format, int8_t* src_data, int8_t* dst_data, int batch, int channel, int plane) +.. c:function:: void i16_formattranspose_p(int src_format, int dst_format, int16_t* src_data, int16_t* dst_data, int batch, int channel, int plane) +.. c:function:: void i32_formattranspose_p(int src_format, int dst_format, int* src_data, int* dst_data, int batch, int channel, int plane) +.. c:function:: void c64_formattranspose_p(int src_format, int dst_format, float* src_data, float* dst_data, int batch, int channel, int plane) +.. c:function:: void c128_formattranspose_p(int src_format, int dst_format, double* src_data, double* dst_data, int batch, int channel, int plane) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + #include + #include + + int main() { + float *input = (float *)0x10810000; // 输入在L2空间 + float *output = (float *)0x10820000; + int batch = 1, channel = 3, plane = 224*224; + int src_format = 1; // NHWC + int dst_format = 0; // NCHW + + fp_formattranspose_p(src_format, dst_format, input, output, batch, channel, plane); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/fullconnection.rst.txt b/master/html/_sources/functionlib/dsplib/fullconnection.rst.txt new file mode 100644 index 0000000..048e5bc --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/fullconnection.rst.txt @@ -0,0 +1,93 @@ +FullConnection +================= + + + +传入输入矩阵与权重矩阵，执行全连接计算（矩阵乘法），并可选择性地叠加偏置项与激活函数， +最终输出结果矩阵。 + +.. math:: + + dst_{i,j} = \sum_{k=0}^{K-1} A_{i,k} \cdot B_{k,j} + bias_{i,j} + + dst_{i,j} = activation(dst_{i,j}) + +其中激活函数支持 ReLU 与 ReLU6。 + +输入： + - **A** - 输入矩阵地址，形状为 ``M × K``。 + - **B** - 权重矩阵地址，形状为 ``K × N``。 + - **bias** - 偏置矩阵地址，形状为 ``M × N``，可为 ``NULL``。 + - **M** - 输出矩阵行数。 + - **N** - 输出矩阵列数。 + - **K** - 中间维度大小。 + - **activation_type** - 激活函数类型。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **C** - 输出矩阵地址，形状为 ``M × N``。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp, int8 + - MT7004 支持hp, fp + - activation_type 支持 ``ACTIVATION_NONE``、``ACTIVATION_RELU``、``ACTIVATION_RELU6`` + +**共享存储版本:** + +.. c:function:: void i8_fullconnection_s(int8_t* A, int8_t* B, int8_t* C, int8_t* bias, int M, int N, int K, int activation_type, int core_mask) +.. c:function:: void fp_fullconnection_s(float* A, float* B, float* C, float* bias, int M, int N, int K, int activation_type, int core_mask) +.. c:function:: void hp_fullconnection_s(half* A, half* B, half* C, half* bias, int M, int N, int K, int activation_type, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *A = (float *)0xA0000000; + float *B = (float *)0xA0010000; + float *C = (float *)0xC0000000; + float *bias = NULL; + int M = 4, N = 8, K = 16; + int activation_type = ACTIVATION_RELU; + int core_mask = 0xff; + fp_fullconnection_s(A, B, C, bias, M, N, K, activation_type, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_fullconnection_p(int8_t* A, int8_t* B, int8_t* C, int8_t* bias, int M, int N, int K, int activation_type) +.. c:function:: void fp_fullconnection_p(float* A, float* B, float* C, float* bias, int M, int N, int K, int activation_type) +.. c:function:: void hp_fullconnection_p(half* A, half* B, half* C, half* bias, int M, int N, int K, int activation_type) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *A = (float *)0x10810000; + float *B = (float *)0x10820000; + float *C = (float *)0x10830000; + float *bias = NULL; + int M = 4, N = 8, K = 16; + int activation_type = ACTIVATION_RELU6; + fp_fullconnection_p(A, B, C, bias, M, N, K, activation_type); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/fusedbatchnorm.rst.txt b/master/html/_sources/functionlib/dsplib/fusedbatchnorm.rst.txt index 6095913..e7869d5 100644 --- a/master/html/_sources/functionlib/dsplib/fusedbatchnorm.rst.txt +++ b/master/html/_sources/functionlib/dsplib/fusedbatchnorm.rst.txt @@ -38,7 +38,7 @@ FusedBatchNorm .. code-block:: c :linenos: - :emphasize-lines: 15 + :emphasize-lines: 15-17 // FT78NE 多核示例 #include @@ -70,7 +70,7 @@ FusedBatchNorm .. code-block:: c :linenos: - :emphasize-lines: 14 + :emphasize-lines: 14-15 // MT7004 单核示例 #include diff --git a/master/html/_sources/functionlib/dsplib/gather.rst.txt b/master/html/_sources/functionlib/dsplib/gather.rst.txt new file mode 100644 index 0000000..ada27cc --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/gather.rst.txt @@ -0,0 +1,107 @@ +Gather +================= + +沿着给定的轴 ``axis``，根据 ``indices`` 张量提供的索引值，从 ``input`` 张量中收集数据。支持 ``batch_dims`` 指定的批处理维度，即在前 ``batch_dims`` 个维度上，索引和输入是对应的。 + +.. math:: + + \text{output}[i_0, ..., i_{axis-1}, j_0, ..., j_{indices\_ndim-batch\_dims-1}, i_{axis+1}, ..., i_{input\_ndim-1}] = \\ + \text{input}[i_0, ..., i_{axis-1}, \text{indices}[i_0, ..., i_{batch\_dims-1}, j_0, ..., j_{indices\_ndim-batch\_dims-1}], i_{axis+1}, ..., i_{input\_ndim-1}] + +输入： + - **output** - 计算结果输出地址。 + - **input** - 输入源张量数据地址。 + - **input_shape** - 输入张量的形状数组地址。 + - **input_ndim** - 输入张量的维度数量。 + - **indices** - 索引张量数据地址（通常为 int32 类型）。 + - **indices_shape** - 索引张量的形状数组地址。 + - **indices_ndim** - 索引张量的维度数量。 + - **axis** - 沿着哪个轴进行聚集操作。 + - **batch_dims** - 批处理维度数量。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 聚集后的计算结果。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - 索引张量 ``indices`` 内部存储的索引值必须在 ``[0, input_shape[axis])`` 范围内，否则行为未定义。 + - 聚集操作涉及非连续访存，在大规模数据下建议使用共享存储版本并行处理。 + +**共享存储版本:** + +.. c:function:: void i8_gather_s(int8_t* output, int8_t* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask) +.. c:function:: void i16_gather_s(int16_t* output, int16_t* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask) +.. c:function:: void i32_gather_s(int32_t* output, int32_t* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask) +.. c:function:: void hp_gather_s(half* output, half* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask) +.. c:function:: void fp_gather_s(float* output, float* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask) +.. c:function:: void dp_gather_s(double* output, double* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask) +.. c:function:: void c64_gather_s(float* output, float* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask) +.. c:function:: void c128_gather_s(double* output, double* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 17 + + // FT78NE 示例：多核并行聚集操作 + #include + #include "78NE/utils.h" + + int main() { + float *input = (float *)0xA0000000; + int *indices = (int *)0xB0000000; + float *output = (float *)0xC0000000; + int input_shape[] = {16, 800, 80}; + int indices_shape[] = {16, 400}; + int input_ndim = 3; + int indices_ndim = 2; + int axis = 1; + int batch_dims = 1; + int core_mask = 0xFF; // 使用8核并行 + + fp_gather_s(output, input, input_shape, input_ndim, indices, indices_shape, indices_ndim, axis, batch_dims, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_gather_p(int8_t* output, int8_t* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims) +.. c:function:: void i16_gather_p(int16_t* output, int16_t* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims) +.. c:function:: void i32_gather_p(int32_t* output, int32_t* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims) +.. c:function:: void hp_gather_p(half* output, half* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims) +.. c:function:: void fp_gather_p(float* output, float* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims) +.. c:function:: void dp_gather_p(double* output, double* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims) +.. c:function:: void c64_gather_p(float* output, float* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims) +.. c:function:: void c128_gather_p(double* output, double* input, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int axis, int batch_dims) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 15 + + // MT7004 示例：单核聚集操作 + #include + + int main() { + float *input = (float *)0x10000000; + int *indices = (int *)0x10010000; + float *output = (float *)0x10020000; + int input_shape[] = {2, 100, 10}; + int indices_shape[] = {2, 50}; + int input_ndim = 3; + int indices_ndim = 2; + int axis = 1; + int batch_dims = 1; + + fp_gather_p(output, input, input_shape, input_ndim, indices, indices_shape, indices_ndim, axis, batch_dims); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/gather_nd.rst.txt b/master/html/_sources/functionlib/dsplib/gather_nd.rst.txt new file mode 100644 index 0000000..d996f73 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/gather_nd.rst.txt @@ -0,0 +1,97 @@ +GatherNd +================= + +根据索引张量中的坐标，从输入张量中收集切片或元素。 + +GatherNd 允许根据 ``indices`` 提供的多维索引，在 ``input`` 张量的指定轴上进行切片提取。如果 ``indices`` 的最后一个维度长度为 ``K``，则它代表从 ``input`` 的前 ``K`` 个维度中提取对应的子张量（切片）。 + +输入： + - **input** - 输入数据张量地址。 + - **output** - 计算结果张量地址。 + - **input_shape** - 输入张量的形状数组地址。 + - **input_ndim** - 输入张量的维度数。 + - **indices** - 索引张量地址（类型固定为 int32）。 + - **indices_shape** - 索引张量的形状数组地址。 + - **indices_ndim** - 索引张量的维度数。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 收集后的数据存放地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - 索引张量 (indices) 在所有平台上均使用 int32 类型。 + - 坐标索引必须在输入张量维度的合法范围内，否则行为未定义。 + +**共享存储版本:** + +.. c:function:: void i8_gather_nd_s(int8_t* input, int8_t* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int core_mask) +.. c:function:: void i16_gather_nd_s(int16_t* input, int16_t* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int core_mask) +.. c:function:: void i32_gather_nd_s(int* input, int* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int core_mask) +.. c:function:: void hp_gather_nd_s(half* input, half* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int core_mask) +.. c:function:: void fp_gather_nd_s(float* input, float* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int core_mask) +.. c:function:: void dp_gather_nd_s(double* input, double* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int core_mask) +.. c:function:: void c64_gather_nd_s(float* input, float* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int core_mask) +.. c:function:: void c128_gather_nd_s(double* input, double* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 15 + + // FT78NE 示例（共享存储） + #include + #include "78NE/utils.h" + + int main() { + float *input = (float *)0xA0000000; // 输入在 DDR 空间 + float *output = (float *)0xB0000000; // 输出在 DDR 空间 + int *indices = (int *)0xC0000000; // 索引在 DDR 空间 + int input_shape[] = {10, 10, 5}; + int indices_shape[] = {3, 2}; // 提取3个坐标，每个坐标深度为2 + int input_ndim = 3; + int indices_ndim = 2; + int core_mask = 0xFF; + + fp_gather_nd_s(input, output, input_shape, input_ndim, indices, indices_shape, indices_ndim, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_gather_nd_p(int8_t* input, int8_t* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim) +.. c:function:: void i16_gather_nd_p(int16_t* input, int16_t* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim) +.. c:function:: void i32_gather_nd_p(int* input, int* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim) +.. c:function:: void hp_gather_nd_p(half* input, half* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim) +.. c:function:: void fp_gather_nd_p(float* input, float* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim) +.. c:function:: void dp_gather_nd_p(double* input, double* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim) +.. c:function:: void c64_gather_nd_p(float* input, float* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim) +.. c:function:: void c128_gather_nd_p(double* input, double* output, int* input_shape, int input_ndim, int* indices, int* indices_shape, int indices_ndim) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 13 + + // MT7004 示例（私有存储） + #include + + int main() { + float *input = (float *)0x10000000; + float *output = (float *)0x10010000; + int *indices = (int *)0x10020000; + int input_shape[] = {4, 5, 6}; + int indices_shape[] = {2, 2, 2}; + int input_ndim = 3; + int indices_ndim = 3; + + fp_gather_nd_p(input, output, input_shape, input_ndim, indices, indices_shape, indices_ndim); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/gatherd.rst.txt b/master/html/_sources/functionlib/dsplib/gatherd.rst.txt new file mode 100644 index 0000000..14cd24a --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/gatherd.rst.txt @@ -0,0 +1,117 @@ +GatherD +========= + +按照给定的维度 ``dim`` 和索引张量 ``index``，从输入张量中按元素位置 +抽取数据，生成新的输出张量。 + +该算子等价于在指定维度上执行逐元素 Gather 操作，其输出形状与 +``index`` 张量形状一致。 + +.. math:: + + \text{output}[i_0, \dots, i_n] + = + \text{input}_x[i_0, \dots, i_{dim-1}, \text{index}[i_0, \dots, i_n], i_{dim+1}, \dots, i_n] + +输入： + - **input_x** - 输入张量的数据地址。 + 数据类型需与所调用的 GatherD 接口类型一致。 + + - **dim** - 指定进行 Gather 操作的维度索引，取值范围为 + ``[0, input_shape_size)``。 + + - **index** - 索引张量的数据地址，类型为 ``int*``， + 用于指定在 ``dim`` 维度上的取值位置。 + + - **input_shape** - 输入张量各维度大小数组地址。 + + - **input_shape_size** - 输入张量的维度数量。 + + - **index_shape** - 索引张量的形状数组地址， + 其维度数量与 ``input_shape_size`` 相同。 + + - **core_mask** - 核掩码（仅共享存储版本使用）。 + +输出： + - **output** - 输出张量的数据地址， + 其形状与 ``index_shape`` 保持一致， + 数据类型与 ``input_x`` 相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - ``index`` 中的取值应满足 + ``0 <= index[...] < input_shape[dim]``。 + - 输出张量的元素个数等于 ``index_shape`` 各维度之积。 + - 该算子不对索引顺序进行任何排序或检查。 + +**共享存储版本：** + +.. c:function:: void fp_gatherd_s(float* input_x, int dim, int* index, float* output, int* input_shape, int input_shape_size, int* index_shape, int core_mask) +.. c:function:: void dp_gatherd_s(double* input_x, int dim, int* index, double* output, int* input_shape, int input_shape_size, int* index_shape, int core_mask) +.. c:function:: void i8_gatherd_s(int8_t* input_x, int dim, int* index, int8_t* output, int* input_shape, int input_shape_size, int* index_shape, int core_mask) +.. c:function:: void i16_gatherd_s(int16_t* input_x, int dim, int* index, int16_t* output, int* input_shape, int input_shape_size, int* index_shape, int core_mask) +.. c:function:: void i32_gatherd_s(int32_t* input_x, int dim, int* index, int32_t* output, int* input_shape, int input_shape_size, int* index_shape, int core_mask) +.. c:function:: void c64_gatherd_s(float* input_x, int dim, int* index, float* output, int* input_shape, int input_shape_size, int* index_shape, int core_mask) +.. c:function:: void c128_gatherd_s(double* input_x, int dim, int* index, double* output, int* input_shape, int input_shape_size, int* index_shape, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input_x = (float *)0xA0000000; // input_x 在 DDR 空间 + float *output = (float *)0xB0000000; + int *index = (int *)0xA1000000; + + int input_shape[] = {4, 8, 16}; + int index_shape[] = {4, 8, 16}; + int input_shape_size = 3; + int dim = 1; + int core_mask = 0xff; + + fp_gatherd_s(input_x, dim, index, output, input_shape, input_shape_size, index_shape, core_mask); + return 0; + } + +**私有存储版本：** + +.. c:function:: void fp_gatherd_p(float* input_x, int dim, int* index, float* output, int* input_shape, int input_shape_size, int* index_shape) +.. c:function:: void dp_gatherd_p(double* input_x, int dim, int* index, double* output, int* input_shape, int input_shape_size, int* index_shape) +.. c:function:: void i8_gatherd_p(int8_t* input_x, int dim, int* index, int8_t* output, int* input_shape, int input_shape_size, int* index_shape) +.. c:function:: void i16_gatherd_p(int16_t* input_x, int dim, int* index, int16_t* output, int* input_shape, int input_shape_size, int* index_shape) +.. c:function:: void i32_gatherd_p(int32_t* input_x, int dim, int* index, int32_t* output, int* input_shape, int input_shape_size, int* index_shape) +.. c:function:: void c64_gatherd_p(float* input_x, int dim, int* index, float* output, int* input_shape, int input_shape_size, int* index_shape) +.. c:function:: void c128_gatherd_p(double* input_x, int dim, int* index, double* output, int* input_shape, int input_shape_size, int* index_shape) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + // MT7004 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input_x = (float *)0x10000000; // input_x 在 L2 空间 + float *output = (float *)0x10010000; + int *index = (int *)0x10020000; + + int input_shape[] = {2, 4}; + int index_shape[] = {2, 4}; + int input_shape_size = 2; + int dim = 0; + + fp_gatherd_p(input_x, dim, index, output, input_shape, input_shape_size, index_shape); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/glu.rst.txt b/master/html/_sources/functionlib/dsplib/glu.rst.txt new file mode 100644 index 0000000..e99d872 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/glu.rst.txt @@ -0,0 +1,106 @@ +GLU +================= + +Gated Linear Unit（门控线性单元）算子。该算子将输入张量在指定维度（``split_dim``）上分割成两个相等的部分（A和B），然后对第二部分（B）应用Sigmoid激活函数，并将其与第一部分（A）逐元素相乘。 + +.. math:: + + \text{out} = A \otimes \sigma(B) + +其中，A和B是输入张量沿 ``split_dim`` 维度分割后的两个子张量，:math:`\sigma` 是Sigmoid函数，:math:`\otimes` 表示逐元素乘法。 + +输入： + - **in_data** - 输入张量的数据地址。 + - **split_data** - 一个指针数组，用于存放分割后的子张量地址（作为临时缓冲区）。 + - **out_data** - 输出张量的数据地址。 + - **ndim** - 输入张量的维度数量。 + - **split_dim** - 执行分割操作的目标维度轴。 + - **input_shape** - 指向一个整数数组的指针，该数组描述了输入张量的形状。 + - **num_split** - 分割的数量，对于GLU操作，此值应为2。 + - **split_sizes** - 指向一个整数数组的指针，该数组描述了每个子张量在 ``split_dim`` 维度上的大小。 + - **strides** - 指向一个整数数组的指针，用于存放为张量索引预先计算好的步长。 + - **len** - 输出张量中的元素总数。 + - **core_mask** - 核掩码 (仅共享存储版本需要)。 + +输出： + - **out_data** - 存储GLU计算结果的张量。其形状与输入张量相同，但在 ``split_dim`` 维度上的大小减半。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE支持fp32和int8类型。 + - MT7004支持fp16和fp32类型。 + +**共享存储版本:** + +.. c:function:: void i8_glu_s(int8_t* in_data, int8_t** split_data, int8_t* out_data, int ndim, int split_dim, int* input_shape, int num_split, int* split_sizes, int* strides, int len, int core_mask) +.. c:function:: void hp_glu_s(half* in_data, half** split_data, half* out_data, int ndim, int split_dim, int* input_shape, int num_split, int* split_sizes, int* strides, int len, int core_mask) +.. c:function:: void fp_glu_s(float* in_data, float** split_data, float* out_data, int ndim, int split_dim, int* input_shape, int num_split, int* split_sizes, int* strides, int len, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 21 + + // 7004平台, fp32示例 + #include + #include "glu.h" + + int main(int argc, char* argv[]) { + float *in_data = (float *)0xA0000000; // input在DDR空间 + float *out_data = (float *)0xC0000000; // output在DDR空间 + float *split_data_buf[2]; // 临时缓冲区指针 + // ... (需要为split_data_buf分配内存) + + // 假设张量属性已定义 + int ndim = 2; + int split_dim = 1; + int input_shape[] = {2, 4}; + int num_split = 2; + int split_sizes[] = {2, 2}; + int len = 4; + int strides[2]; // 需要预先计算 + int core_mask = 0xff; + + fp_glu_s(in_data, split_data_buf, out_data, ndim, split_dim, input_shape, num_split, split_sizes, strides, len, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_glu_p(int8_t* in_data, int8_t** split_data, int8_t* out_data, int ndim, int split_dim, int* input_shape, int num_split, int* split_sizes, int* strides, int len) +.. c:function:: void hp_glu_p(half* in_data, half** split_data, half* out_data, int ndim, int split_dim, int* input_shape, int num_split, int* split_sizes, int* strides, int len) +.. c:function:: void fp_glu_p(float* in_data, float** split_data, float* out_data, int ndim, int split_dim, int* input_shape, int num_split, int* split_sizes, int* strides, int len) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 20 + + // 7004平台, fp32示例 + #include + #include "glu.h" + + int main(int argc, char* argv[]) { + float *in_data = (float *)0x10000000; // input在L2空间 + float *out_data = (float *)0x10001000; // output在L2空间 + float *split_data_buf[2]; // 临时缓冲区指针 + // ... (需要为split_data_buf分配内存) + + // 假设张量属性已定义 + int ndim = 2; + int split_dim = 1; + int input_shape[] = {2, 4}; + int num_split = 2; + int split_sizes[] = {2, 2}; + int len = 4; + int strides[2]; // 需要预先计算 + + fp_glu_p(in_data, split_data_buf, out_data, ndim, split_dim, input_shape, num_split, split_sizes, strides, len); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/greater.rst.txt b/master/html/_sources/functionlib/dsplib/greater.rst.txt new file mode 100644 index 0000000..5b3180e --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/greater.rst.txt @@ -0,0 +1,98 @@ +Greater +================= + + +逐元素比较两个输入张量，判断 `input1` 的元素是否大于 `input2` 的对应元素。支持广播。 + +.. math:: + + \text{output}_i = (\text{input1}_i > \text{input2}_i) + +输出一个布尔张量，如果比较结果为真，则对应元素为 `true`，否则为 `false`。 + +输入： + - **element_num** - 输出张量的总元素数量。在广播情况下，等于较大输入张量的元素数量。 + - **optimize** - 广播优化标志。若为非0，则启用广播模式。 + - **in_elements_num0** - 第一个输入张量 `input1` 的元素数量。用于广播判断。 + - **input1** - 第一个输入张量的数据地址。 + - **input2** - 第二个输入张量的数据地址。 + - **output** - (输出) 输出的布尔类型张量的数据地址。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 写入比较结果的布尔张量。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, fp64, int8, int16, int32 + - MT7004 支持fp16, fp32, int16, int32 + + +**共享存储版本:** + +.. c:function:: void fp_greater_s(int element_num, int optimize, int in_elements_num0, float *input1, float *input2, bool *output, int core_mask) +.. c:function:: void hp_greater_s(int element_num, int optimize, int in_elements_num0, half *input1, half *input2, bool *output, int core_mask) +.. c:function:: void dp_greater_s(int element_num, int optimize, int in_elements_num0, double *input1, double *input2, bool *output, int core_mask) +.. c:function:: void i32_greater_s(int element_num, int optimize, int in_elements_num0, int32_t *input1, int32_t *input2, bool *output, int core_mask) +.. c:function:: void i16_greater_s(int element_num, int optimize, int in_elements_num0, int16_t *input1, int16_t *input2, bool *output, int core_mask) +.. c:function:: void i8_greater_s(int element_num, int optimize, int in_elements_num0, int8_t *input1, int8_t *input2, bool *output, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input1 = (float *)0xA0000000; // Scalar input, DDR + float *input2 = (float *)0xB0000000; // Tensor input + bool *output = (bool *)0xC0000000; // Output + + // Broadcasting input1 (scalar) > input2 (tensor) + int element_num = 4096; // Size of input2 and output + int optimize = 1; // Enable broadcasting + int in_elements_num0 = 1; // Size of input1 + int core_mask = 0xff; + + fp_greater_s(element_num, optimize, in_elements_num0, input1, input2, output, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_greater_p(int element_num, int optimize, int in_elements_num0, float *input1, float *input2, bool *output) +.. c:function:: void hp_greater_p(int element_num, int optimize, int in_elements_num0, half *input1, half *input2, bool *output) +.. c:function:: void i32_greater_p(int element_num, int optimize, int in_elements_num0, int32_t *input1, int32_t *input2, bool *output) +.. c:function:: void i16_greater_p(int element_num, int optimize, int in_elements_num0, int16_t *input1, int16_t *input2, bool *output) +.. c:function:: void i8_greater_p(int element_num, int optimize, int in_elements_num0, int8_t *input1, int8_t *input2, bool *output) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input1 = (float *)0x10000000; // Tensor input, L2 + float *input2 = (float *)0x11000000; // Scalar input + bool *output = (bool *)0x12000000; // Output + + // Broadcasting input1 (tensor) > input2 (scalar) + int element_num = 1024; // Size of input1 and output + int optimize = 1; // Enable broadcasting + int in_elements_num0 = 1024; // Size of input1 + + fp_greater_p(element_num, optimize, in_elements_num0, input1, input2, output); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/greaterequal.rst.txt b/master/html/_sources/functionlib/dsplib/greaterequal.rst.txt new file mode 100644 index 0000000..2587d57 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/greaterequal.rst.txt @@ -0,0 +1,98 @@ +Greaterequal +================= + + + +逐元素比较两个输入张量，判断 `input1` 的元素是否大于或等于 `input2` 的对应元素。支持广播。 + +.. math:: + + \text{output}_i = (\text{input1}_i \ge \text{input2}_i) + +输出一个布尔张量，如果比较结果为真，则对应元素为 `true`，否则为 `false`。 + +输入： + - **element_num** - 输出张量的总元素数量。在广播情况下，等于较大输入张量的元素数量。 + - **optimize** - 广播优化标志。若为非0，则启用广播模式。 + - **in_elements_num0** - 第一个输入张量 `input1` 的元素数量。用于广播判断。 + - **input1** - 第一个输入张量的数据地址。 + - **input2** - 第二个输入张量的数据地址。 + - **output** - (输出) 输出的布尔类型张量的数据地址。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 写入比较结果的布尔张量。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, fp64, int8, int16, int32 + - MT7004 支持fp16, fp32, int16, int32 + +**共享存储版本:** + +.. c:function:: void fp_greaterequal_s(int element_num, int optimize, int in_elements_num0, float *input1, float *input2, bool *output, int core_mask) +.. c:function:: void hp_greaterequal_s(int element_num, int optimize, int in_elements_num0, half *input1, half *input2, bool *output, int core_mask) +.. c:function:: void dp_greaterequal_s(int element_num, int optimize, int in_elements_num0, double *input1, double *input2, bool *output, int core_mask) +.. c:function:: void i8_greaterequal_s(int element_num, int optimize, int in_elements_num0, int8_t *input1, int8_t *input2, bool *output, int core_mask) +.. c:function:: void i16_greaterequal_s(int element_num, int optimize, int in_elements_num0, int16_t *input1, int16_t *input2, bool *output, int core_mask) +.. c:function:: void i32_greaterequal_s(int element_num, int optimize, int in_elements_num0, int32_t *input1, int32_t *input2, bool *output, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input1 = (float *)0xA0000000; // Scalar input, DDR + float *input2 = (float *)0xB0000000; // Tensor input + bool *output = (bool *)0xC0000000; // Output + + // Broadcasting input1 (scalar) >= input2 (tensor) + int element_num = 4096; // Size of input2 and output + int optimize = 1; // Enable broadcasting + int in_elements_num0 = 1; // Size of input1 + int core_mask = 0xff; + + fp_greaterequal_s(element_num, optimize, in_elements_num0, input1, input2, output, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_greaterequal_p(int element_num, int optimize, int in_elements_num0, float *input1, float *input2, bool *output) +.. c:function:: void hp_greaterequal_p(int element_num, int optimize, int in_elements_num0, half *input1, half *input2, bool *output) +.. c:function:: void i32_greaterequal_p(int element_num, int optimize, int in_elements_num0, int32_t *input1, int32_t *input2, bool *output) +.. c:function:: void i16_greaterequal_p(int element_num, int optimize, int in_elements_num0, int16_t *input1, int16_t *input2, bool *output) +.. c:function:: void i8_greaterequal_p(int element_num, int optimize, int in_elements_num0, int8_t *input1, int8_t *input2, bool *output) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input1 = (float *)0x10000000; // Tensor input, L2 + float *input2 = (float *)0x11000000; // Scalar input + bool *output = (bool *)0x12000000; // Output + + // Broadcasting input1 (tensor) >= input2 (scalar) + int element_num = 1024; // Size of input1 and output + int optimize = 1; // Enable broadcasting + int in_elements_num0 = 1024; // Size of input1 + + fp_greaterequal_p(element_num, optimize, in_elements_num0, input1, input2, output); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/groupnormfusion.rst.txt b/master/html/_sources/functionlib/dsplib/groupnormfusion.rst.txt index 0947ddc..dca4936 100644 --- a/master/html/_sources/functionlib/dsplib/groupnormfusion.rst.txt +++ b/master/html/_sources/functionlib/dsplib/groupnormfusion.rst.txt @@ -42,7 +42,7 @@ GroupNormFusion .. code-block:: c :linenos: - :emphasize-lines: 17 + :emphasize-lines: 17-19 // FT78NE 多核示例 #include @@ -76,7 +76,7 @@ GroupNormFusion .. code-block:: c :linenos: - :emphasize-lines: 16 + :emphasize-lines: 16-18 // MT7004 单核示例 #include diff --git a/master/html/_sources/functionlib/dsplib/hashtablelookup.rst.txt b/master/html/_sources/functionlib/dsplib/hashtablelookup.rst.txt new file mode 100644 index 0000000..5ff11fe --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/hashtablelookup.rst.txt @@ -0,0 +1,105 @@ +HashtableLookup +================= + +根据输入的键值在已排序的键数组中执行二分查找，返回对应的字符串值以及查找命中标记。 + +虽然名为 `HashtableLookup`，但实际使用二分查找（`bsearch`）算法，而非哈希表。要求 `keys_tensor` 必须已按升序排序。 + +.. math:: + + \forall i \in [0, input\_size), \quad + \begin{cases} + \text{if } \exists j \in [0, keys\_size) \text{ s.t. } keys[j] = input[i], & + \begin{cases} + output[i] \leftarrow values[j] \\ + hits[i] \leftarrow 1 + \end{cases} \\[10pt] + \text{else}, & + \begin{cases} + output[i] \leftarrow \text{空字符串} \\ + hits[i] \leftarrow 0 + \end{cases} + \end{cases} + +输入： + - **input_tensor** - 要查找的键数组地址（int32类型）。 + - **keys_tensor** - 已排序的键数组地址（int32类型，必须按升序排序）。 + - **values_tensor** - 值数组地址（字符串tensor，与keys_tensor一一对应）。 + - **input_size** - 输入键数组的元素个数。 + - **keys_size** - 键数组的元素个数（等于values_tensor中字符串的个数）。 + - **core_mask（可选）** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output_tensor** - 查找结果输出地址（字符串tensor，与input_tensor长度相同）。 + - **hits_tensor** - 命中标记输出地址（uint8类型，1表示找到，0表示未找到）。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int32键类型，字符串值类型 + - MT7004 支持int32键类型，字符串值类型 + - keys_tensor 必须已按升序排序，否则查找结果不正确 + - 使用二分查找算法，时间复杂度为 O(log n) + - 如果查找失败，output_tensor 对应位置为空字符串，hits_tensor 对应位置为0 + +**共享存储版本：** + +.. c:function:: void i32_hashtablelookup_s(int* input_tensor, int* keys_tensor, void* values_tensor, void* output_tensor, uint8_t* hits_tensor, int input_size, int keys_size, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 15-17 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + int *input_tensor = (int *)0xA0000000; //input在DDR空间 + int *keys_tensor = (int *)0xB0000000; //已排序的键数组 + void *values_tensor = (void *)0xC0000000; //字符串值数组 + void *output_tensor = (void *)0xD0000000; //输出字符串数组 + uint8_t *hits_tensor = (uint8_t *)0xE0000000; //命中标记数组 + int input_size = 100; //输入键的个数 + int keys_size = 50; //键值对的个数 + int core_mask = 0xff; + + i32_hashtablelookup_s(input_tensor, keys_tensor, values_tensor, + output_tensor, hits_tensor, input_size, + keys_size, core_mask); + return 0; + } + +**私有存储版本：** + +.. c:function:: void i32_hashtablelookup_p(int* input_tensor, int* keys_tensor, void* values_tensor, void* output_tensor, uint8_t* hits_tensor, int input_size, int keys_size) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 14-16 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + int *input_tensor = (int *)0x10810000; //input在L2空间 + int *keys_tensor = (int *)0x10820000; //已排序的键数组 + void *values_tensor = (void *)0x10830000; //字符串值数组 + void *output_tensor = (void *)0x10840000; //输出字符串数组 + uint8_t *hits_tensor = (uint8_t *)0x10850000; //命中标记数组 + int input_size = 100; //输入键的个数 + int keys_size = 50; //键值对的个数 + + i32_hashtablelookup_p(input_tensor, keys_tensor, values_tensor, + output_tensor, hits_tensor, input_size, + keys_size); + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/instancenorm.rst.txt b/master/html/_sources/functionlib/dsplib/instancenorm.rst.txt new file mode 100644 index 0000000..a798a0e --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/instancenorm.rst.txt @@ -0,0 +1,111 @@ +InstanceNorm +================= + + + +对输入张量按 **实例（Instance）+ 通道（Channel）** 维度执行归一化操作。 +该算子在每个样本的每个通道内，基于 ``inner_size`` 维度计算均值与方差， +并结合可学习参数 ``gamma`` 与 ``beta`` 完成缩放与偏移。 + +.. math:: + + \mu_{b,c} = \frac{1}{N} \sum_{i=1}^{N} x_{b,c,i} + + \sigma^2_{b,c} = \frac{1}{N} \sum_{i=1}^{N} x_{b,c,i}^2 - \mu_{b,c}^2 + + y_{b,c,i} = \left( \frac{x_{b,c,i} - \mu_{b,c}}{\sqrt{\sigma^2_{b,c} + \epsilon}} \right) + \cdot \gamma_c + \beta_c + +其中： + +- :math:`b` 表示 batch 维度 +- :math:`c` 表示通道维度 +- :math:`i` 表示 ``inner_size`` 维度 +- :math:`\gamma_c`、:math:`\beta_c` 为通道级缩放与偏移参数 + +输入： + - **input** - 输入数据地址，形状为 ``[batch, channel, inner_size]``。 + - **gamma** - 缩放参数地址，长度为 ``channel``。 + - **beta** - 偏移参数地址，长度为 ``channel``。 + - **batch** - batch 数。 + - **channel** - 通道数。 + - **inner_size** - 每个通道内的归一化长度。 + - **epsilon** - 数值稳定因子。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - InstanceNorm 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 ``fp32`` 类型 + - MT7004 支持 ``fp16``、``fp32`` 类型 + - 归一化统计量仅在单个样本、单个通道内计算 + +**共享存储版本:** + +.. c:function:: void fp_instancenorm_s(float* input, float* gamma, float* beta, float* output, int batch, int channel, int inner_size, float epsilon, int core_mask) +.. c:function:: void hp_instancenorm_s(half* input, half* gamma, half* beta, half* output, int batch, int channel, int inner_size, float epsilon, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17-18 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input 在 DDR 空间 + float *output = (float *)0xC0000000; + float *gamma = (float *)0xA1000000; + float *beta = (float *)0xA2000000; + + int batch = 4; + int channel = 64; + int inner_size = 256; + float epsilon = 1e-5f; + int core_mask = 0xff; + + fp_instancenorm_s(input, gamma, beta, output, + batch, channel, inner_size, epsilon, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_instancenorm_p(float* input, float* gamma, float* beta, float* output, int batch, int channel, int inner_size, float epsilon) +.. c:function:: void hp_instancenorm_p(half* input, half* gamma, half* beta, half* output, int batch, int channel, int inner_size, float epsilon) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16-17 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10810000; // input 在 L2 空间 + float *output = (float *)0x10820000; + float *gamma = (float *)0x10830000; + float *beta = (float *)0x10840000; + + int batch = 4; + int channel = 64; + int inner_size = 256; + float epsilon = 1e-5f; + + fp_instancenorm_p(input, gamma, beta, output, + batch, channel, inner_size, epsilon); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/invertpermutation.rst.txt b/master/html/_sources/functionlib/dsplib/invertpermutation.rst.txt new file mode 100644 index 0000000..a468155 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/invertpermutation.rst.txt @@ -0,0 +1,79 @@ +InvertPermutation +================= + + + +计算输入排列的逆排列。对于输入数组 ``input``，输出数组 ``output`` 满足： + +.. math:: + + output[input_i] = i + \quad \text{for } i = 0, 1, \dots, num-1 + +输入： + - **input** - 输入排列数组地址。 + - **num** - 数组长度。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 逆排列数组地址，长度同输入。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32 + - MT7004 支持int16, int32 + +**共享存储版本:** + +.. c:function:: void i8_invertpermutation_s(int8_t* input, int8_t* output, int num, int core_mask) +.. c:function:: void i16_invertpermutation_s(int16_t* input, int16_t* output, int num, int core_mask) +.. c:function:: void i32_invertpermutation_s(int32_t* input, int32_t* output, int num, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + + int main() { + int32_t *input = (int32_t *)0xA0000000; // input在DDR空间 + int32_t *output = (int32_t *)0xC0000000; + int num = 100; + int core_mask = 0xff; + + i32_invertpermutation_s(input, output, num, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_invertpermutation_p(int8_t* input, int8_t* output, int num) +.. c:function:: void i16_invertpermutation_p(int16_t* input, int16_t* output, int num) +.. c:function:: void i32_invertpermutation_p(int32_t* input, int32_t* output, int num) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main() { + int32_t *input = (int32_t *)0x10810000; // input在L2空间 + int32_t *output = (int32_t *)0x10820000; + int num = 100; + + i32_invertpermutation_p(input, output, num); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/isfinite.rst.txt b/master/html/_sources/functionlib/dsplib/isfinite.rst.txt new file mode 100644 index 0000000..a21ec92 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/isfinite.rst.txt @@ -0,0 +1,86 @@ +Isfinite +================= + + +逐元素判断输入数据是否为有限数（既不是无穷大也不是 NaN）。 + +.. math:: + + output_i = \begin{cases} + 1, & \text{if } isfinite(Input_i) \\ + 0, & \text{otherwise} + \end{cases} + +输入： + - Input - 输入数据地址。 + - length - 计算长度（对于复数类型，指复数的个数）。 + - core_mask - 核掩码（仅共享存储版本需要）。 + +输出： + - output - 计算结果地址。0表示不是有限数，1表示是有限数。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_isfinite_s(int8_t* Input, int* output, int length, int core_mask) +.. c:function:: void i16_isfinite_s(int16_t* Input, int* output, int length, int core_mask) +.. c:function:: void i32_isfinite_s(int32_t* Input, int* output, int length, int core_mask) +.. c:function:: void hp_isfinite_s(half* Input, int* output, int length, int core_mask) +.. c:function:: void fp_isfinite_s(float* Input, int* output, int length, int core_mask) +.. c:function:: void dp_isfinite_s(double* Input, int* output, int length, int core_mask) +.. c:function:: void c64_isfinite_s(float* Input, int* output, int length, int core_mask) +.. c:function:: void c128_isfinite_s(double* Input, int* output, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 9 + + //FT78NE示例 + #include + #include // 假设头文件名为 isfinite.h + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; //input在DDR空间 + int *output = (int *)0xC0000000; + int length = 1000; + int core_mask = 0xff; + fp_isfinite_s(input, output, length, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_isfinite_p(int8_t* Input, int* output, int length) +.. c:function:: void i16_isfinite_p(int16_t* Input, int* output, int length) +.. c:function:: void i32_isfinite_p(int32_t* Input, int* output, int length) +.. c:function:: void hp_isfinite_p(half* Input, int* output, int length) +.. c:function:: void fp_isfinite_p(float* Input, int* output, int length) +.. c:function:: void dp_isfinite_p(double* Input, int* output, int length) +.. c:function:: void c64_isfinite_p(float* Input, int* output, int length) +.. c:function:: void c128_isfinite_p(double* Input, int* output, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 8 + + //FT78NE示例 + #include + #include // 假设头文件名为 isfinite.h + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; //input在L2空间 + int *output = (int *)0x10001000; + int length = 1000; + fp_isfinite_p(input, output, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/l2norm.rst.txt b/master/html/_sources/functionlib/dsplib/l2norm.rst.txt new file mode 100644 index 0000000..7f1388e --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/l2norm.rst.txt @@ -0,0 +1,97 @@ +L2norm +================= + + + +对输入向量进行 L2 归一化，并可选择性地应用 ReLU 或 ReLU6 激活函数。该算子首先用输入向量的 L2 范数（即欧几里得长度）去除向量中的每个元素，然后应用激活函数。 + +.. math:: + + S = \sqrt{\sum_{i=0}^{N-1} Input_i^2} + + \text{temp}_i = \frac{Input_i}{S} + + output_i = \begin{cases} + \min(6, \max(0, \text{temp}_i)), & \text{if } \text{is\_relu6} = 1 \\ + \max(0, \text{temp}_i), & \text{if } \text{is\_relu} = 1 \\ + \text{temp}_i, & \text{otherwise} + \end{cases} + +输入： + - **Input** - 输入数据地址。 + - **sqrt_sum** - 输入向量的 L2 范数（模），需要预先计算好。 + - **length** - 计算长度。 + - **is_relu** - 是否进行 ReLU 操作的标志（0或1）。 + - **is_relu6** - 是否进行 ReLU6 操作的标志（0或1）。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **Output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void hp_l2norm_s(half* Input, half* output, half sqrt_sum, int length, int is_relu, int is_relu6, int core_mask) +.. c:function:: void fp_l2norm_s(float* Input, float* output, float sqrt_sum, int length, int is_relu, int is_relu6, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16 + + //FT78NE示例 + #include + #include + #include // 假设头文件名为 l2norm.h + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; //input在DDR空间 + float *output = (float *)0xC0000000; + int length = 1024; + int core_mask = 0xff; + // 伪代码：用户需要自行计算L2范数 + float sum_of_squares = 0.0f; + for(int i=0; i + #include + #include // 假设头文件名为 l2norm.h + + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; //input在L2空间 + float *output = (float *)0x10002000; + int length = 1024; + // 伪代码：用户需要自行计算L2范数 + float sum_of_squares = 0.0f; + for(int i=0; i + #include + + int main() { + float *src = (float *)0xA0000000; // 输入在DDR空间 + float *gamma = (float *)0xA1000000; + float *beta = (float *)0xA2000000; + float *dst = (float *)0xC0000000; + float *out_mean = (float *)0xD0000000; + float *out_variance = (float *)0xD1000000; + int param_inner_size = 16; + int param_outer_size = 1; + int norm_inner_size = 16; + int norm_outer_size = 2; + float epsilon = 1e-5; + int core_mask = 0xff; + int length = 1024; + + fp_layernormfusion_s(src, gamma, beta, dst, out_mean, out_variance, param_inner_size, param_outer_size, norm_inner_size, norm_outer_size, epsilon, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_layernormfusion_p(float* src_data, float* gamma_data, float* beta_data, float* dst_data, float* out_mean, float* out_variance, int param_inner_size, int param_outer_size, int norm_inner_size, int norm_outer_size, float epsilon) +.. c:function:: void hp_layernormfusion_p(half* src_data, half* gamma_data, half* beta_data, half* dst_data, half* out_mean, half* out_variance, int param_inner_size, int param_outer_size, int norm_inner_size, int norm_outer_size, float epsilon) +.. c:function:: void i8_layernormfusion_p(int8_t* src_data, int8_t* gamma_data, int8_t* beta_data, int8_t* dst_data, float* out_mean, float* out_variance, int param_inner_size, int param_outer_size, int norm_inner_size, int norm_outer_size, float epsilon) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17 + + #include + #include + + int main() { + float *src = (float *)0x10810000; // 输入在L2空间 + float *gamma = (float *)0x10811000; + float *beta = (float *)0x10812000; + float *dst = (float *)0x10820000; + float *out_mean = (float *)0x10821000; + float *out_variance = (float *)0x10822000; + int param_inner_size = 16; + int param_outer_size = 1; + int norm_inner_size = 16; + int norm_outer_size = 2; + float epsilon = 1e-5; + + fp_layernormfusion_p(src, gamma, beta, dst, out_mean, out_variance, param_inner_size, param_outer_size, norm_inner_size, norm_outer_size, epsilon); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/layernormgrad.rst.txt b/master/html/_sources/functionlib/dsplib/layernormgrad.rst.txt new file mode 100644 index 0000000..f112280 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/layernormgrad.rst.txt @@ -0,0 +1,108 @@ +Layernormgrad +================= + + +计算 Layer Normalization 操作的梯度。该算子是 Layer Normalization 的反向传播部分，用于计算损失函数相对于输入 x、以及可学习参数 gamma 和 beta 的梯度。 + +.. math:: + + \text{dg}_i = \sum_{j} \text{dy}_j \cdot \frac{x_j - \mu}{\sqrt{\sigma^2 + \epsilon}} + + \text{db}_i = \sum_{j} \text{dy}_j + + \text{dx}_i = f(\text{dy}, x, \gamma, \mu, \sigma^2) + +其中 :math:\mu 是均值，:math:\sigma^2 是方差，:math:\epsilon 是一个为了防止除零而添加的极小值。dx 的计算较为复杂，它依赖于 dy、x 和 gamma。 + +输入： + - **x** - 前向传播时的输入数据地址。 + - **dy** - 后续层反向传播回来的梯度数据地址。 + - **var** - 前向传播时计算出的方差（variance）地址。 + - **mean** - 前向传播时计算出的均值（mean）地址。 + - **gamma** - 前向传播时使用的可学习缩放参数 :math:\gamma 地址。 + - **param_num** - 特征维度的大小，也是 gamma 和 beta 的大小。 + - **param_size** - 进行独立归一化的单元数量（例如批处理大小 Batch Size）。 + - **block_num** - 块的数量（通常等于 param_size）。 + - **block_size** - 每个块的大小（通常等于 param_num）。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **dx** - 计算出的关于输入 x 的梯度地址。 + - **dg** - 计算出的关于参数 gamma 的梯度地址。 + - **db** - 计算出的关于参数 beta 的梯度地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void hp_layernormgrad_s(half* x, half* dy, half* var, half* mean, half* gamma, int param_num, int param_size, int block_num, int block_size, half* dx, half* dg, half* db, int core_mask) +.. c:function:: void fp_layernormgrad_s(float* x, float* dy, float* var, float* mean, float* gamma, int param_num, int param_size, int block_num, int block_size, float* dx, float* dg, float* db, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 20 + + //FT78NE示例 + #include + #include // 假设头文件名为 layernormgrad.h + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + float *x = (float *)0xA0000000; + float *dy = (float *)0xA1000000; + float *var = (float *)0xA2000000; + float *mean = (float *)0xA3000000; + float *gamma = (float *)0xA4000000; + float *dx = (float *)0xB0000000; + float *dg = (float *)0xB1000000; + float *db = (float *)0xB2000000; + + int param_num = 256; // 特征维度 + int param_size = 64; // Batch Size + int core_mask = 0xff; + + fp_layernormgrad_s(x, dy, var, mean, gamma, param_num, param_size, param_size, param_num, dx, dg, db, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void hp_layernormgrad_p(half* x, half* dy, half* var, half* mean, half* gamma, int param_num, int param_size, int block_num, int block_size, half* dx, half* dg, half* db) +.. c:function:: void fp_layernormgrad_p(float* x, float* dy, float* var, float* mean, float* gamma, int param_num, int param_size, int block_num, int block_size, float* dx, float* dg, float* db) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 19 + + //FT78NE示例 + #include + #include // 假设头文件名为 layernormgrad.h + + int main(int argc, char* argv[]) { + // 假设在L2空间 + float *x = (float *)0x10000000; + float *dy = (float *)0x11000000; + float *var = (float *)0x12000000; + float *mean = (float *)0x13000000; + float *gamma = (float *)0x14000000; + float *dx = (float *)0x15000000; + float *dg = (float *)0x16000000; + float *db = (float *)0x17000000; + + int param_num = 256; // 特征维度 + int param_size = 64; // Batch Size + + fp_layernormgrad_p(x, dy, var, mean, gamma, param_num, param_size, param_size, param_num, dx, dg, db); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/less.rst.txt b/master/html/_sources/functionlib/dsplib/less.rst.txt new file mode 100644 index 0000000..2a33951 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/less.rst.txt @@ -0,0 +1,91 @@ +Less +================= + +逐元素计算第一个输入 (Input0) 的元素是否小于第二个输入 (Input1) 的对应元素。该算子支持广播机制。 + +.. math:: + + output_i = \begin{cases} + \text{True}, & \text{if } Input0_0 < Input1_i \text{ (Input0 is broadcasted)} \\ + \text{True}, & \text{if } Input0_i < Input1_0 \text{ (Input1 is broadcasted)} \\ + \text{True}, & \text{if } Input0_i < Input1_i \text{ (No broadcast)} \\ + \text{False}, & \text{otherwise} + \end{cases} + +输入： + - **Input0** - 第一个输入数据地址。 + - **Input1** - 第二个输入数据地址。 + - **length** - 计算的总长度。 + - **optimize** - 是否启用广播优化的标志。设置为1时启用。 + - **in_elements_num0** - Input0 的元素个数。当 optimize 启用时，用于判断哪个输入是标量。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **Output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64 + - MT7004 支持fp16, fp32, int16, int32 + +**共享存储版本:** + +.. c:function:: void i8_less_s(int8_t* Input0, int8_t* Input1, bool* output, int length, int optimize, int in_elements_num0, int core_mask) +.. c:function:: void i16_less_s(int16_t* Input0, int16_t* Input1, bool* output, int length, int optimize, int in_elements_num0, int core_mask) +.. c:function:: void i32_less_s(int32_t* Input0, int32_t* Input1, bool* output, int length, int optimize, int in_elements_num0, int core_mask) +.. c:function:: void hp_less_s(half* Input0, half* Input1, bool* output, int length, int optimize, int in_elements_num0, int core_mask) +.. c:function:: void fp_less_s(float* Input0, float* Input1, bool* output, int length, int optimize, int in_elements_num0, int core_mask) +.. c:function:: void dp_less_s(double* Input0, double* Input1, bool* output, int length, int optimize, int in_elements_num0, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include // 假设头文件名为 less.h + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; //input在DDR空间 + float *input1 = (float *)0xB0000000; + bool *output = (bool *)0xC0000000; + int length = 1000; + int core_mask = 0xff; + // 不使用广播，optimize=0, in_elements_num0 无意义 + fp_less_s(input0, input1, output, length, 0, length, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_less_p(int8_t* Input0, int8_t* Input1, bool* output, int length, int optimize, int in_elements_num0) +.. c:function:: void i16_less_p(int16_t* Input0, int16_t* Input1, bool* output, int length, int optimize, int in_elements_num0) +.. c:function:: void i32_less_p(int32_t* Input0, int32_t* Input1, bool* output, int length, int optimize, int in_elements_num0) +.. c:function:: void hp_less_p(half* Input0, half* Input1, bool* output, int length, int optimize, int in_elements_num0) +.. c:function:: void fp_less_p(float* Input0, float* Input1, bool* output, int length, int optimize, int in_elements_num0) +.. c:function:: void dp_less_p(double* Input0, double* Input1, bool* output, int length, int optimize, int in_elements_num0) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include // 假设头文件名为 less.h + int main(int argc, char* argv[]) { + float *scalar_input = (float *)0x10000000; // 标量输入 (input0) + float *array_input = (float *)0x10001000; // 数组输入 (input1) + bool *output = (bool *)0x10002000; + int length = 1000; // 数组的长度 + scalar_input = 5.0f; // 设置标量值 + // 启用广播，比较一个标量和一个数组 + fp_less_p(scalar_input, array_input, output, length, 1, 1); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/lessequal.rst.txt b/master/html/_sources/functionlib/dsplib/lessequal.rst.txt new file mode 100644 index 0000000..4f70f7f --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/lessequal.rst.txt @@ -0,0 +1,91 @@ +Lessequal +================= + +逐元素计算第一个输入 (Input0) 的元素是否小于或等于第二个输入 (Input1) 的对应元素。该算子支持广播机制。 + +.. math:: + + output_i = \begin{cases} + \text{True}, & \text{if } Input0_0 \le Input1_i \text{ (Input0 is broadcasted)} \\ + \text{True}, & \text{if } Input0_i \le Input1_0 \text{ (Input1 is broadcasted)} \\ + \text{True}, & \text{if } Input0_i \le Input1_i \text{ (No broadcast)} \\ + \text{False}, & \text{otherwise} + \end{cases} + +输入： + - **Input0** - 第一个输入数据地址。 + - **Input1** - 第二个输入数据地址。 + - **length** - 计算的总长度。 + - **optimize** - 是否启用广播优化的标志。设置为1时启用。 + - **in_elements_num0** - Input0 的元素个数。当 optimize 启用时，用于判断哪个输入是标量。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **Output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64 + - MT7004 支持fp16, fp32, int16, int32 + +**共享存储版本:** + +.. c:function:: void i8_lessequal_s(int8_t* Input0, int8_t* Input1, bool* output, int length, int optimize, int in_elements_num0, int core_mask) +.. c:function:: void i16_lessequal_s(int16_t* Input0, int16_t* Input1, bool* output, int length, int optimize, int in_elements_num0, int core_mask) +.. c:function:: void i32_lessequal_s(int32_t* Input0, int32_t* Input1, bool* output, int length, int optimize, int in_elements_num0, int core_mask) +.. c:function:: void hp_lessequal_s(half* Input0, half* Input1, bool* output, int length, int optimize, int in_elements_num0, int core_mask) +.. c:function:: void fp_lessequal_s(float* Input0, float* Input1, bool* output, int length, int optimize, int in_elements_num0, int core_mask) +.. c:function:: void dp_lessequal_s(double* Input0, double* Input1, bool* output, int length, int optimize, int in_elements_num0, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include // 假设头文件名为 less.h + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; //input在DDR空间 + float *input1 = (float *)0xB0000000; + bool *output = (bool *)0xC0000000; + int length = 1000; + int core_mask = 0xff; + // 不使用广播，optimize=0, in_elements_num0 无意义 + fp_lessequal_s(input0, input1, output, length, 0, length, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_lessequal_p(int8_t* Input0, int8_t* Input1, bool* output, int length, int optimize, int in_elements_num0) +.. c:function:: void i16_lessequal_p(int16_t* Input0, int16_t* Input1, bool* output, int length, int optimize, int in_elements_num0) +.. c:function:: void i32_lessequal_p(int32_t* Input0, int32_t* Input1, bool* output, int length, int optimize, int in_elements_num0) +.. c:function:: void hp_lessequal_p(half* Input0, half* Input1, bool* output, int length, int optimize, int in_elements_num0) +.. c:function:: void fp_lessequal_p(float* Input0, float* Input1, bool* output, int length, int optimize, int in_elements_num0) +.. c:function:: void dp_lessequal_p(double* Input0, double* Input1, bool* output, int length, int optimize, int in_elements_num0) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include // 假设头文件名为 less.h + int main(int argc, char* argv[]) { + float *scalar_input = (float *)0x10000000; // 标量输入 (input0) + float *array_input = (float *)0x10001000; // 数组输入 (input1) + bool *output = (bool *)0x10002000; + int length = 1000; // 数组的长度 + scalar_input = 5.0f; // 设置标量值 + // 启用广播，比较一个标量和一个数组 + fp_lessequal_p(scalar_input, array_input, output, length, 1, 1); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/linspace.rst.txt b/master/html/_sources/functionlib/dsplib/linspace.rst.txt index ba87351..1984dc4 100644 --- a/master/html/_sources/functionlib/dsplib/linspace.rst.txt +++ b/master/html/_sources/functionlib/dsplib/linspace.rst.txt @@ -32,7 +32,7 @@ LinSpace .. code-block:: c :linenos: - :emphasize-lines: 10 + :emphasize-lines: 9 #include @@ -54,7 +54,7 @@ LinSpace .. code-block:: c :linenos: - :emphasize-lines: 9 + :emphasize-lines: 8 #include diff --git a/master/html/_sources/functionlib/dsplib/log.rst.txt b/master/html/_sources/functionlib/dsplib/log.rst.txt new file mode 100644 index 0000000..a5a525e --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/log.rst.txt @@ -0,0 +1,85 @@ +Log +================= + +逐元素计算自然对数（以 :math:`e` 为底）的对数函数。 + +.. math:: + + \text{output}_i = \ln(\text{input}_i) + +其中 :math:`\ln(\cdot)` 表示自然对数函数。 +当输入值小于等于 0 时，结果的行为依赖于具体平台和实现（可能产生 ``-inf`` 或 ``NaN``）。 + +输入： + - **input** - 输入张量的数据地址。 + - **length** - 输入张量的总元素数量。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出张量的数据地址，其大小与 ``input`` 相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型：fp32 + - MT7004 支持的数据类型：fp16, fp32 + + +**共享存储版本：** + +.. c:function:: void fp_log_s(float* input, float* output, int length, int core_mask) +.. c:function:: void hp_log_s(half* input, half* output, int length, int core_mask) +.. c:function:: void i16_log_s(int16_t* input, float* output, int length, int core_mask) +.. c:function:: void i32_log_s(int* input, float* output, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + // FT78NE 多核示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input 在 DDR 空间 + float *output = (float *)0xB0000000; // output 在 DDR 空间 + + int length = 4096; + int core_mask = 0xff; + + fp_log_s(input, output, length, core_mask); + return 0; + } + + +**私有存储版本：** + +.. c:function:: void fp_log_p(float* input, float* output, int length) +.. c:function:: void hp_log_p(half* input, half* output, int length) +.. c:function:: void i16_log_p(int16_t* input, float* output, int length) +.. c:function:: void i32_log_p(int* input, float* output, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + // FT78NE 单核示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; // input 在 L2 空间 + float *output = (float *)0x11000000; // output 在 L2 空间 + + int length = 1024; + + fp_log_p(input, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/log1p.rst.txt b/master/html/_sources/functionlib/dsplib/log1p.rst.txt new file mode 100644 index 0000000..4d1eb82 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/log1p.rst.txt @@ -0,0 +1,78 @@ +Log1p +================= + +逐元素计算 log(1 + x) 的值，其中 x 是输入元素。该函数在 x 的值接近于零时，比直接计算 log(1 + x) 能够提供更高的精度。 + +.. math:: + + output_i = \ln(1 + Input_i) + +输入： + - **Input** - 输入数据地址。 + - **length** - 计算长度。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **Output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64 + - MT7004 支持fp16, fp32, int16, int32 + +**共享存储版本:** + +.. c:function:: void i8_log1p_s(int8_t* Input, float* output, int length, int core_mask) +.. c:function:: void i16_log1p_s(int16_t* Input, float* output, int length, int core_mask) +.. c:function:: void i32_log1p_s(int32_t* Input, float* output, int length, int core_mask) +.. c:function:: void hp_log1p_s(half* Input, half* output, int length, int core_mask) +.. c:function:: void fp_log1p_s(float* Input, float* output, int length, int core_mask) +.. c:function:: void dp_log1p_s(double* Input, double* output, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 9 + + //FT78NE示例 + #include + #include // 假设头文件名为 log1p.h + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; //input在DDR空间 + float *output = (float *)0xC0000000; + int length = 1000; + int core_mask = 0xff; + fp_log1p_s(input, output, length, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_log1p_p(int8_t* Input, float* output, int length) +.. c:function:: void i16_log1p_p(int16_t* Input, float* output, int length) +.. c:function:: void i32_log1p_p(int32_t* Input, float* output, int length) +.. c:function:: void hp_log1p_p(half* Input, half* output, int length) +.. c:function:: void fp_log1p_p(float* Input, float* output, int length) +.. c:function:: void dp_log1p_p(double* Input, double* output, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 8 + + //FT78NE示例 + #include + #include // 假设头文件名为 log1p.h + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; //input在L2空间 + float *output = (float *)0x10001000; + int length = 1000; + fp_log1p_p(input, output, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/loggrad.rst.txt b/master/html/_sources/functionlib/dsplib/loggrad.rst.txt new file mode 100644 index 0000000..6b3fb7e --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/loggrad.rst.txt @@ -0,0 +1,93 @@ +LogGrad +================= + + +计算对数函数（Log）的梯度。 + +该算子用于反向传播阶段，依据链式法则， +将上游梯度与 Log 输入张量进行逐元素相除， +其数学表达式如下： + +.. math:: + + \text{output}_i = \frac{\text{input0}_i}{\text{input1}_i} + +其中： + - ``input0`` 表示上游梯度（dY） + - ``input1`` 表示 Log 算子的输入（X） + + +输入： + - **input0** - 上游梯度张量的数据地址。 + - **input1** - Log 算子前向输入张量的数据地址。 + - **length** - 输入张量的总元素数量。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出梯度张量的数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型：fp32 + - MT7004 支持的数据类型：fp16, fp32 + - 当 ``input1`` 中存在 0 或极小值时，结果可能产生 ``±∞`` 或 ``NaN``，需由上层框架保证输入合法性 + + +**共享存储版本：** + +.. c:function:: void fp_log_grad_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void hp_log_grad_s(half* input0, half* input1, half* output, int length, int core_mask) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + // FT78NE 多核示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; // 上游梯度 + float *input1 = (float *)0xA0100000; // Log 前向输入 + float *output = (float *)0xB0000000; // 输出梯度 + + int length = 4096; + int core_mask = 0xff; + + fp_log_grad_s(input0, input1, output, length, core_mask); + return 0; + } + + +**私有存储版本：** + +.. c:function:: void fp_log_grad_p(float* input0, float* input1, float* output, int length) +.. c:function:: void hp_log_grad_p(half* input0, half* input1, half* output, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + // MT7004 单核示例 + #include + #include + + int main(int argc, char* argv[]) { + half *input0 = (half *)0x10000000; + half *input1 = (half *)0x10010000; + half *output = (half *)0x10020000; + + int length = 1024; + + hp_log_grad_p(input0, input1, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/logical_not.rst.txt b/master/html/_sources/functionlib/dsplib/logical_not.rst.txt new file mode 100644 index 0000000..165e8fc --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/logical_not.rst.txt @@ -0,0 +1,81 @@ +LogicalNot +================= + +对输入数据执行逐元素逻辑非（Logical NOT）运算。对于输入中的每个元素，如果元素值为 0（即为 False），则输出结果为 1（或该类型的 True 值）；如果元素值为非 0（即为 True），则输出为 0。 + +.. math:: + + output_i = \neg (input_i \neq 0) + +输入： + - **input** - 输入数据地址。 + - **length** - 计算长度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持：int8 (i8), int16 (i16), int32 (i32), fp32 (fp), fp64 (dp) + - MT7004 支持：int16 (i16), int32 (i32), fp16 (hp), fp32 (fp) + - 输出结果的数据类型通常与输入数据类型保持一致。 + - 逻辑判断准则：0 值视为 False，任何非 0 值均视为 True。 + +**共享存储版本:** + +.. c:function:: void i8_logical_not_s(int8_t* input, int8_t* output, int length, int core_mask) +.. c:function:: void i16_logical_not_s(int16_t* input, int16_t* output, int length, int core_mask) +.. c:function:: void i32_logical_not_s(int32_t* input, int32_t* output, int length, int core_mask) +.. c:function:: void hp_logical_not_s(half* input, half* output, int length, int core_mask) +.. c:function:: void fp_logical_not_s(float* input, float* output, int length, int core_mask) +.. c:function:: void dp_logical_not_s(double* input, double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + // FT78NE 示例（共享存储多核并行） + #include + #include "78NE/utils.h" + + int main(int argc, char* argv[]) { + float *in = (float *)0xA0000000; // 输入在共享存储空间 + float *out = (float *)0xB0000000; // 输出在共享存储空间 + int length = 960001; + int core_mask = 0b1011; // 使用指定的核心掩码 + fp_logical_not_s(in, out, length, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_logical_not_p(int8_t* input, int8_t* output, int length) +.. c:function:: void i16_logical_not_p(int16_t* input, int16_t* output, int length) +.. c:function:: void i32_logical_not_p(int32_t* input, int32_t* output, int length) +.. c:function:: void hp_logical_not_p(half* input, half* output, int length) +.. c:function:: void fp_logical_not_p(float* input, float* output, int length) +.. c:function:: void dp_logical_not_p(double* input, double* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 9 + + // MT7004 示例（私有存储单核） + #include + + int main(int argc, char* argv[]) { + // 输入和输出均位于私有存储空间 + int *in = (int *)0x10000000; + int *out = (int *)0x10001000; + int length = 1024; + i32_logical_not_p(in, out, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/logical_or.rst.txt b/master/html/_sources/functionlib/dsplib/logical_or.rst.txt new file mode 100644 index 0000000..72912f0 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/logical_or.rst.txt @@ -0,0 +1,84 @@ +LogicalOr +================= + +对两个输入数据执行逐元素逻辑或（Logical OR）运算。对于输入中的每个元素，如果两个对应的输入元素中至少有一个不为 0（即为 True），则输出结果为 1（或该类型的 True 值）；如果两者均为 0，则输出为 0。 + +.. math:: + + output_i = (input0_i \neq 0) \lor (input1_i \neq 0) + +输入： + - **input0** - 第一个输入数据地址。 + - **input1** - 第二个输入数据地址。 + - **length** - 计算长度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持：int8 (i8), int16 (i16), int32 (i32), fp32 (fp), fp64 (dp) + - MT7004 支持：int16 (i16), int32 (i32), fp16 (hp), fp32 (fp) + - 输出结果的数据类型通常与输入数据类型保持一致。 + - 逻辑判断准则：非 0 值视为 True，0 值视为 False。 + +**共享存储版本:** + +.. c:function:: void i8_logical_or_s(int8_t* input0, int8_t* input1, int8_t* output, int length, int core_mask) +.. c:function:: void i16_logical_or_s(int16_t* input0, int16_t* input1, int16_t* output, int length, int core_mask) +.. c:function:: void i32_logical_or_s(int32_t* input0, int32_t* input1, int32_t* output, int length, int core_mask) +.. c:function:: void hp_logical_or_s(half* input0, half* input1, half* output, int length, int core_mask) +.. c:function:: void fp_logical_or_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void dp_logical_or_s(double* input0, double* input1, double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + // FT78NE 示例（共享存储多核并行） + #include + #include "78NE/utils.h" + + int main(int argc, char* argv[]) { + int32_t *in0 = (int32_t *)0xA0000000; // 输入0在共享存储空间 + int32_t *in1 = (int32_t *)0xA1000000; // 输入1在共享存储空间 + int32_t *out = (int32_t *)0xB0000000; // 输出在共享存储空间 + int length = 960001; + int core_mask = 0b1011; // 指定参加计算的核心 + i32_logical_or_s(in0, in1, out, length, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_logical_or_p(int8_t* input0, int8_t* input1, int8_t* output, int length) +.. c:function:: void i16_logical_or_p(int16_t* input0, int16_t* input1, int16_t* output, int length) +.. c:function:: void i32_logical_or_p(int32_t* input0, int32_t* input1, int32_t* output, int length) +.. c:function:: void hp_logical_or_p(half* input0, half* input1, half* output, int length) +.. c:function:: void fp_logical_or_p(float* input0, float* input1, float* output, int length) +.. c:function:: void dp_logical_or_p(double* input0, double* input1, double* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + // MT7004 示例（私有存储单核） + #include + + int main(int argc, char* argv[]) { + // 输入和输出均位于私有存储空间 + float *in0 = (float *)0x10000000; + float *in1 = (float *)0x10001000; + float *out = (float *)0x10002000; + int length = 1024; + fp_logical_or_p(in0, in1, out, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/logicaland.rst.txt b/master/html/_sources/functionlib/dsplib/logicaland.rst.txt new file mode 100644 index 0000000..31cbbec --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/logicaland.rst.txt @@ -0,0 +1,101 @@ +LogicalAnd +================= + + +逐元素执行逻辑与（Logical AND）运算。 + +对输入张量的对应元素先进行布尔化判断，再执行逻辑与运算，输出结果为 0 或 1， +并以与输入相同的数据类型返回。 + +.. math:: + + \text{output}_i = + \begin{cases} + 1, & \text{if } (\text{input0}_i \neq 0) \land (\text{input1}_i \neq 0) \\ + 0, & \text{otherwise} + \end{cases} + + +输入： + - **input0** - 第一个输入张量的数据地址。 + - **input1** - 第二个输入张量的数据地址。 + - **length** - 输入张量的总元素数量。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出张量的数据地址，其大小与 ``input0``、``input1`` 相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型：fp32, fp64, int8, int16, int32 + - MT7004 支持的数据类型：fp16, fp32, int16, int32 + - 输入值在参与逻辑运算前会被转换为布尔值（非 0 为 true，0 为 false） + - 输出结果仅为 0 或 1 + + +**共享存储版本：** + +.. c:function:: void fp_and_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void dp_and_s(double* input0, double* input1, double* output, int length, int core_mask) +.. c:function:: void i8_and_s(int8_t* input0, int8_t* input1, int8_t* output, int length, int core_mask) +.. c:function:: void i16_and_s(int16_t* input0, int16_t* input1, int16_t* output, int length, int core_mask) +.. c:function:: void i32_and_s(int32_t* input0, int32_t* input1, int32_t* output, int length, int core_mask) +.. c:function:: void hp_and_s(half* input0, half* input1, half* output, int length, int core_mask) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + // FT78NE 多核示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; // input0 在 DDR 空间 + float *input1 = (float *)0xA0010000; // input1 在 DDR 空间 + float *output = (float *)0xB0000000; // output 在 DDR 空间 + + int length = 4096; + int core_mask = 0xff; + + fp_and_s(input0, input1, output, length, core_mask); + return 0; + } + + +**私有存储版本：** + +.. c:function:: void fp_and_p(float* input0, float* input1, float* output, int length) +.. c:function:: void dp_and_p(double* input0, double* input1, double* output, int length) +.. c:function:: void i8_and_p(int8_t* input0, int8_t* input1, int8_t* output, int length) +.. c:function:: void i16_and_p(int16_t* input0, int16_t* input1, int16_t* output, int length) +.. c:function:: void i32_and_p(int32_t* input0, int32_t* input1, int32_t* output, int length) +.. c:function:: void hp_and_p(half* input0, half* input1, half* output, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + // MT7004 单核示例 + #include + #include + + int main(int argc, char* argv[]) { + half *input0 = (half *)0x10000000; // input0 在 L2 空间 + half *input1 = (half *)0x10002000; // input1 在 L2 空间 + half *output = (half *)0x10010000; // output 在 L2 空间 + + int length = 1024; + + hp_and_p(input0, input1, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/logsoftmax.rst.txt b/master/html/_sources/functionlib/dsplib/logsoftmax.rst.txt new file mode 100644 index 0000000..2ae0eeb --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/logsoftmax.rst.txt @@ -0,0 +1,94 @@ +LogSoftmax +================= + + + +对输入数组沿指定维度进行 Log-Softmax 计算，输出每个元素的对数概率值。 + +.. math:: + + \text{output}_{i} = \log\frac{\exp(\text{input}_{i})}{\sum_j \exp(\text{input}_j)} + \quad \text{for elements along the given axis} + +输入： + - **input_ptr** - 输入数据地址。 + - **axis** - 归一化的轴。 + - **n_dim** - 输入张量维度。 + - **inner_size** - 内部尺寸（轴之后的元素个数）。 + - **outter_size** - 外部尺寸（轴之前的元素个数）。 + - **axis_size** - 归一化轴的元素数量。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + - **sum_data** - 中间累加存储地址（用于存放指数和）。 + +输出： + - **output_ptr** - Log-Softmax 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp, int8 + - MT7004 支持hp, fp + +**共享存储版本:** + +.. c:function:: void fp_logsoftmax_s(float* input_ptr, float* output_ptr, float* sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size, int core_mask) +.. c:function:: void hp_logsoftmax_s(half* input_ptr, half* output_ptr, half* sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size, int core_mask) +.. c:function:: void i8_logsoftmax_s(int8_t* input_ptr, int8_t* output_ptr, float* sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16 + + //FT78NE示例 + #include + #include + + int main() { + float *input = (float *)0xA0000000; // input在DDR空间 + float *output = (float *)0xC0000000; + float *sum_data = (float *)0xD0000000; + int axis = 1; + int n_dim = 3; + int inner_size = 4; + int outter_size = 2; + int axis_size = 3; + int core_mask = 0xff; + + fp_logsoftmax_s(input, output, sum_data, axis, n_dim, inner_size, outter_size, axis_size, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_logsoftmax_p(float* input_ptr, float* output_ptr, float* sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size) +.. c:function:: void hp_logsoftmax_p(half* input_ptr, half* output_ptr, half* sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size) +.. c:function:: void i8_logsoftmax_p(int8_t* input_ptr, int8_t* output_ptr, float* sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + //FT78NE示例 + #include + #include + + int main() { + float *input = (float *)0x10810000; // input在L2空间 + float *output = (float *)0x10820000; + float *sum_data = (float *)0x10830000; + int axis = 1; + int n_dim = 3; + int inner_size = 4; + int outter_size = 2; + int axis_size = 3; + + fp_logsoftmax_p(input, output, sum_data, axis, n_dim, inner_size, outter_size, axis_size); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/lpnormalization.rst.txt b/master/html/_sources/functionlib/dsplib/lpnormalization.rst.txt new file mode 100644 index 0000000..3c415da --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/lpnormalization.rst.txt @@ -0,0 +1,113 @@ +LpNormalization +================= + + + +对输入张量按 **实例（Instance）+ 通道（Channel）** 维度执行 Lp 归一化操作。 +该算子在每个样本的每个通道内，基于 ``inner_size`` 维度计算 Lp 范数， +并结合可学习参数 ``gamma`` 与 ``beta`` 完成缩放与偏移。 + +.. math:: + + \text{norm}_{b,c} = \left( \sum_{i=1}^{N} |x_{b,c,i}|^p + \epsilon \right)^{\frac{1}{p}} + + y_{b,c,i} = \frac{x_{b,c,i}}{\text{norm}_{b,c}} \cdot \gamma_c + \beta_c + +其中： + +- :math:`b` 表示 batch 维度 +- :math:`c` 表示通道维度 +- :math:`i` 表示 ``inner_size`` 维度 +- :math:`p` 为范数阶数 +- :math:`\gamma_c`、:math:`\beta_c` 为通道级缩放与偏移参数 + +输入： + - **input** - 输入数据地址，形状为 ``[batch, channel, inner_size]``。 + - **gamma** - 缩放参数地址，长度为 ``channel``。 + - **beta** - 偏移参数地址，长度为 ``channel``。 + - **p** - Lp 范数阶数。 + - **batch** - batch 数。 + - **channel** - 通道数。 + - **inner_size** - 每个通道内的归一化长度。 + - **epsilon** - 数值稳定因子。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - LpNormalization 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 ``fp32`` 类型 + - MT7004 支持 ``fp16``、``fp32`` 类型 + - 归一化统计量仅在单个样本、单个通道内计算 + - ``p`` 为浮点数，可用于 L1、L2 等不同范数形式 + +**共享存储版本:** + +.. c:function:: void fp_lpnorm_s(float* input, float* gamma, float* beta, float* output, float p, int batch, int channel, int inner_size, float epsilon, int core_mask) +.. c:function:: void hp_lpnorm_s(half* input, half* gamma, half* beta, half* output, float p, int batch, int channel, int inner_size, float epsilon, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 18-19 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input 在 DDR 空间 + float *output = (float *)0xC0000000; + float *gamma = (float *)0xA1000000; + float *beta = (float *)0xA2000000; + + int batch = 4; + int channel = 64; + int inner_size = 256; + float p = 2.0f; + float epsilon = 1e-6f; + int core_mask = 0xff; + + fp_lpnorm_s(input, gamma, beta, output, + p, batch, channel, inner_size, epsilon, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_lpnorm_p(float* input, float* gamma, float* beta, float* output, float p, int batch, int channel, int inner_size, float epsilon) +.. c:function:: void hp_lpnorm_p(half* input, half* gamma, half* beta, half* output, float p, int batch, int channel, int inner_size, float epsilon) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17-18 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10810000; // input 在 L2 空间 + float *output = (float *)0x10820000; + float *gamma = (float *)0x10830000; + float *beta = (float *)0x10840000; + + int batch = 4; + int channel = 64; + int inner_size = 256; + float p = 2.0f; + float epsilon = 1e-6f; + + fp_lpnorm_p(input, gamma, beta, output, + p, batch, channel, inner_size, epsilon); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/lrn.rst.txt b/master/html/_sources/functionlib/dsplib/lrn.rst.txt new file mode 100644 index 0000000..4f978d7 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/lrn.rst.txt @@ -0,0 +1,87 @@ +Lrn +================= + +执行局部响应归一化 (Local Response Normalization)。 + +.. math:: + + \text{output}_{i,j} = \text{input}_{i,j} \times \left( \text{bias} + \alpha \sum_{k=\max(0, j-d)}^{\min(C-1, j+d)} (\text{input}_{i,k})^2 \right)^{-\beta} + +其中，i 遍历每个 out_size 维度，j 表示当前通道，d 是 depth_radius，C 是总通道数 channel， :math:\alpha 和 :math:\beta 是缩放因子。 + +输入： + - **input** - 输入张量数据地址，其逻辑布局为 (out_size, channel)。 + - **out_size** - 空间/批处理维度的乘积 (例如 N*H*W)。 + - **channel** - 通道数 (C)。 + - **depth_radius** - 归一化窗口的半径。总的窗口大小为 2 * depth_radius + 1。 + - **alpha** - 缩放因子 :math:\alpha。 + - **beta** - 指数 :math:\beta。 + - **bias** - 偏置项。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **Output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void hp_lrn_s(half* input, half* output, int out_size, int channel, int depth_radius, float alpha, float beta, float bias, int core_mask) +.. c:function:: void fp_lrn_s(float* input, float* output, int out_size, int channel, int depth_radius, float alpha, float beta, float bias, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + //FT78NE示例 + #include + #include // 假设头文件名为 lrn.h + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; //input在DDR空间 + float *output = (float *)0xC0000000; + int out_size = 256; // 例如 N*H*W + int channel = 96; + int depth_radius = 5; + float alpha = 0.0001f; + float beta = 0.75f; + float bias = 1.0f; + int core_mask = 0xff; + fp_lrn_s(input, output, out_size, channel, depth_radius, alpha, beta, bias, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void hp_lrn_p(half* input, half* output, int out_size, int channel, int depth_radius, float alpha, float beta, float bias) +.. c:function:: void fp_lrn_p(float* input, float* output, int out_size, int channel, int depth_radius, float alpha, float beta, float bias) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例 + #include + #include // 假设头文件名为 lrn.h + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; //input在L2空间 + float *output = (float *)0x10010000; + int out_size = 256; // 例如 N*H*W + int channel = 96; + int depth_radius = 5; + float alpha = 0.0001f; + float beta = 0.75f; + float bias = 1.0f; + fp_lrn_p(input, output, out_size, channel, depth_radius, alpha, beta, bias); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/lsh_projection.rst.txt b/master/html/_sources/functionlib/dsplib/lsh_projection.rst.txt new file mode 100644 index 0000000..fae3fe1 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/lsh_projection.rst.txt @@ -0,0 +1,100 @@ +LshProjection +================= + +局部敏感哈希（Locality Sensitive Hashing, LSH）投影算子。该算子通过多个哈希组（Hash Groups）对输入特征进行处理，每组生成一个指定位宽（bits_per_hash）的哈希签名（int32）。 + +内部逻辑基于 FNV1a 哈希算法和加权评分机制，将高维特征映射为低维的离散哈希值。 + +计算过程： + 1. 对于每个哈希组 $i$，循环执行 $j$ 次（$j < bits\_per\_hash$）。 + 2. 每次根据特定的哈希种子 $seed_{i,j}$ 计算特征与权重的加权评分，并通过评分符号决定一个 Bit 位（0 或 1）。 + 3. 将生成的 Bit 位拼接成一个完整的 32 位整型哈希签名。 + +输入： + - **hash_seed** - 哈希种子数组地址（float 类型）。 + - **feature** - 输入特征向量地址（int32 类型）。 + - **weight** - 权重向量地址（类型随算子名而定，若为 NULL 则不加权）。 + - **hash_group_num** - 生成的哈希组数量（即输出结果的个数）。 + - **bits_per_hash** - 每组哈希签名的有效位数（通常 $\le 32$）。 + - **feature_num** - 特征向量的维度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 存储生成的哈希签名地址（int32 数组）。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持权重类型：int8 (i8), int16 (i16), int32 (i32), fp32 (fp), fp64 (dp) + - MT7004 支持权重类型：int16 (i16), int32 (i32), fp16 (hp), fp32 (fp) + - 特征输入（feature）在所有平台上固定为 **int32** 类型。 + - 输出结果（output）在所有平台上固定为 **int32** 类型。 + +**共享存储版本:** + +.. c:function:: void i8_lsh_projection_s(const float* hash_seed, const int32_t* feature, const int8_t* weight, int32_t* output, int hash_group_num, int bits_per_hash, int feature_num, int core_mask) +.. c:function:: void i16_lsh_projection_s(const float* hash_seed, const int32_t* feature, const int16_t* weight, int32_t* output, int hash_group_num, int bits_per_hash, int feature_num, int core_mask) +.. c:function:: void i32_lsh_projection_s(const float* hash_seed, const int32_t* feature, const int32_t* weight, int32_t* output, int hash_group_num, int bits_per_hash, int feature_num, int core_mask) +.. c:function:: void hp_lsh_projection_s(const float* hash_seed, const int32_t* feature, const half* weight, int32_t* output, int hash_group_num, int bits_per_hash, int feature_num, int core_mask) +.. c:function:: void fp_lsh_projection_s(const float* hash_seed, const int32_t* feature, const float* weight, int32_t* output, int hash_group_num, int bits_per_hash, int feature_num, int core_mask) +.. c:function:: void dp_lsh_projection_s(const float* hash_seed, const int32_t* feature, const double* weight, int32_t* output, int hash_group_num, int bits_per_hash, int feature_num, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 15 + + // FT78NE 示例：fp32 权重，多核共享存储 + #include "78NE/utils.h" + + int main() { + float* hash_seed = (float*)0xA0000000; + int32_t* feature = (int32_t*)0xA1000000; + float* weight = (float*)0xA2000000; + int32_t* output = (int32_t*)0xB0000000; + + int hash_group_num = 128; + int bits_per_hash = 16; + int feature_num = 64; + int core_mask = 0xFF; + + fp_lsh_projection_s(hash_seed, feature, weight, output, + hash_group_num, bits_per_hash, feature_num, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_lsh_projection_p(const float* hash_seed, const int32_t* feature, const int8_t* weight, int32_t* output, int hash_group_num, int bits_per_hash, int feature_num) +.. c:function:: void i16_lsh_projection_p(const float* hash_seed, const int32_t* feature, const int16_t* weight, int32_t* output, int hash_group_num, int bits_per_hash, int feature_num) +.. c:function:: void i32_lsh_projection_p(const float* hash_seed, const int32_t* feature, const int32_t* weight, int32_t* output, int hash_group_num, int bits_per_hash, int feature_num) +.. c:function:: void hp_lsh_projection_p(const float* hash_seed, const int32_t* feature, const half* weight, int32_t* output, int hash_group_num, int bits_per_hash, int feature_num) +.. c:function:: void fp_lsh_projection_p(const float* hash_seed, const int32_t* feature, const float* weight, int32_t* output, int hash_group_num, int bits_per_hash, int feature_num) +.. c:function:: void dp_lsh_projection_p(const float* hash_seed, const int32_t* feature, const double* weight, int32_t* output, int hash_group_num, int bits_per_hash, int feature_num) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 13 + + // MT7004 示例：fp16 (hp) 权重，私有存储单核 + #include + + int main() { + float* hash_seed = (float*)0x10000000; + int32_t* feature = (int32_t*)0x10001000; + half* weight = (half*)0x10002000; + int32_t* output = (int32_t*)0x10003000; + + int hash_group_num = 64; + int bits_per_hash = 8; + int feature_num = 32; + + hp_lsh_projection_p(hash_seed, feature, weight, output, + hash_group_num, bits_per_hash, feature_num); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/lstm.rst.txt b/master/html/_sources/functionlib/dsplib/lstm.rst.txt index f693278..117be50 100644 --- a/master/html/_sources/functionlib/dsplib/lstm.rst.txt +++ b/master/html/_sources/functionlib/dsplib/lstm.rst.txt @@ -25,13 +25,13 @@ LSTM 输入： - - **input** - 输入序列数据，形状为 :math:`(seq_len, batch, input_size)`，即每个时间步的输入特征。 - - **weight_i** - 输入到各门 :math:`(input、forget、cell、output)` 的权重矩阵，大小为 4 * hidden_size * input_size。 - - **weight_h** - 上一隐藏状态到各门的权重矩阵，大小为 :math:`4 * hidden_size * hidden_size` + - **input** - 输入序列数据，形状为 :math:`(seq\_len, batch, input\_size)`，即每个时间步的输入特征。 + - **weight_i** - 输入到各门 :math:`(input, forget, cell, output)` 的权重矩阵，大小为 4 * hidden_size * input_size。 + - **weight_h** - 上一隐藏状态到各门的权重矩阵，大小为 :math:`4 * hidden\_size * hidden\_size` - **input_bias** - 输入部分的偏置项，对应 4 个门的偏置。 - - **state_bias** - 隐藏状态部分的偏置项（也是 :math:`4 * hidden_size`），与 input_bias 一起求和形成总偏置。 - - **hidden_state** - 当前批次初始隐藏状态输入（ :math:`h₀` ），执行后更新为最后时刻的隐藏状态输出（ :math:`hₜ`） - - **cell_state** - 当前批次初始细胞状态输入（ :math:`c₀`），执行后更新为最后时刻的细胞状态输出（ :math:`cₜ`）。 + - **state_bias** - 隐藏状态部分的偏置项（也是 :math:`4 * hidden\_size`），与 input_bias 一起求和形成总偏置。 + - **hidden_state** - 当前批次初始隐藏状态输入（ :math:`h_0` ），执行后更新为最后时刻的隐藏状态输出（ :math:`h_t`） + - **cell_state** - 当前批次初始细胞状态输入（ :math:`c_0`），执行后更新为最后时刻的细胞状态输出（ :math:`c_t`）。 - **buffer** - 临时工作区指针数组（中间计算缓存，如门值、激活结果、临时矩阵等，用于优化性能）。 - **LstmParameter** - LSTM 配置参数结构体，包含输入大小、隐藏层维度、序列长度、是否双向等信息。 - **core_mask** - 核掩码（仅适用于共享存储版本）。 @@ -70,11 +70,12 @@ LSTM .. note:: - FT78NE 支持fp32 - - MT7004 支持fp32 + - MT7004 支持fp32、fp16 **共享存储版本:** .. c:function:: void fp_Lstm_s(float *output, const float *input, const float *weight_i, const float *weight_h, const float *input_bias,const float *state_bias, float *hidden_state, float *cell_state, float *buffer[9],const LstmParameter *lstm_param, int core_mask) +.. c:function:: void hp_Lstm_s(half *output, const half *input, const half *weight_i, const half *weight_h, const half *input_bias,const half *state_bias, half *hidden_state, half *cell_state, half *buffer[9],const LstmParameter *lstm_param, int core_mask) **C调用示例：** @@ -130,8 +131,9 @@ LSTM **私有存储版本:** .. c:function:: void fp_Lstm_p(float *output, const float *input, const float *weight_i, const float *weight_h, const float *input_bias, const float *state_bias, float *hidden_state, float *cell_state, float *buffer[9], const LstmParameter *lstm_param) - - **C调用示例：** +.. c:function:: void hp_Lstm_p(half *output, const half *input, const half *weight_i, const half *weight_h, const half *input_bias,const half *state_bias, half *hidden_state, half *cell_state, half *buffer[9],const LstmParameter *lstm_param) + + **C调用示例：** .. code-block:: c :linenos: diff --git a/master/html/_sources/functionlib/dsplib/lstmgrad.rst.txt b/master/html/_sources/functionlib/dsplib/lstmgrad.rst.txt new file mode 100644 index 0000000..e866c32 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/lstmgrad.rst.txt @@ -0,0 +1,88 @@ +LstmGrad +================= + +计算 LSTM 网络的梯度，包括对输入、隐藏状态、细胞状态以及门控的梯度反向传播。 + +.. math:: + + dH_t &= dY_t + dH_{t+1} \\ + dC_t &= dC_{t+1} \odot f_{t+1} + dH_t \odot o_t \odot (1 - \tanh^2(C_t)) \\ + dX_t &= dA_t \cdot W^T \\ + dW &= \sum_t dA_t \cdot X_t^T \\ + dU &= \sum_t dA_t \cdot H_{t-1}^T \\ + dA_t &= dH_t \odot o_t \odot (1 - \tanh^2(C_t)) \odot g'_t + +其中： + +- \(dH_t\) 表示隐藏状态的梯度。 +- \(dC_t\) 表示细胞状态的梯度。 +- \(dX_t\) 表示输入梯度。 +- \(dW, dU\) 分别表示输入权重和隐藏状态权重的梯度。 +- \(dA_t\) 表示门控单元梯度。 +- \(f_t, o_t, C_t, g_t\) 分别为遗忘门、输出门、细胞状态、输入门的前向值。 +- \(\odot\) 表示元素逐乘。 + +输入： + - **params** - 静态参数数组，包含 LSTM 网络配置、权重、状态指针等。 + - **dynamic_params** - 动态参数数组，用于存储运行时指针及中间梯度。 + +输出： + - **dX_** - 输入梯度。 + - **dH_** - 隐藏状态梯度。 + - **dC_** - 细胞状态梯度。 + - **dA_tmp_** - 门控梯度中间缓存。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp + - MT7004 支持 hp, fp + +**共享存储版本:** + +.. c:function:: void fp_lstmgrad_s(long long *params, long long *dynamic_params, int core_mask) +.. c:function:: void hp_lstmgrad_s(long long *params, long long *dynamic_params, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + #include + #include + + int main() { + long long params[32]; + long long dynamic_params[32]; + int core_mask = 0xff; + + // 初始化 params 和 dynamic_params + fp_lstmgrad_s(params, dynamic_params, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_lstmgrad_p(long long *params, long long *dynamic_params) +.. c:function:: void hp_lstmgrad_p(long long *params, long long *dynamic_params) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 9 + + #include + #include + + int main() { + long long params[32]; + long long dynamic_params[32]; + + // 初始化 params 和 dynamic_params + fp_lstmgrad_p(params, dynamic_params); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/lstmgraddata.rst.txt b/master/html/_sources/functionlib/dsplib/lstmgraddata.rst.txt new file mode 100644 index 0000000..dd6bb99 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/lstmgraddata.rst.txt @@ -0,0 +1,88 @@ +LstmGradData +================= + +计算 LSTM 网络中每个时间步的输入梯度和隐藏状态梯度，支持单向和双向 LSTM。 + +.. math:: + + dH_t &= dY_t + dH_{t+1} \\ + dC_t &= dC_{t+1} \odot f_{t+1} + dH_t \odot o_t \odot (1 - \tanh^2(C_t)) \\ + dX_t &= dA_t \cdot W^T \\ + dW &= \sum_t dA_t \cdot X_t^T \\ + dU &= \sum_t dA_t \cdot H_{t-1}^T \\ + dA_t &= dH_t \odot o_t \odot (1 - \tanh^2(C_t)) \odot g'_t + +其中： + +- \(dH_t\) 表示隐藏状态的梯度。 +- \(dC_t\) 表示细胞状态的梯度。 +- \(dX_t\) 表示输入梯度。 +- \(dW, dU\) 分别表示输入权重和隐藏状态权重的梯度。 +- \(dA_t\) 表示门控单元梯度。 +- \(f_t, o_t, C_t, g_t\) 分别为遗忘门、输出门、细胞状态、输入门的前向值。 +- \(\odot\) 表示元素逐乘。 + +输入： + - **params** - 静态参数数组，包含 LSTM 网络配置、权重、状态指针等。 + - **dynamic_params** - 动态参数数组，用于存储运行时指针及中间梯度。 + +输出： + - **dX_** - 输入梯度。 + - **dH_** - 隐藏状态梯度。 + - **dC_** - 细胞状态梯度。 + - **dA_tmp_** - 门控梯度中间缓存。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp + - MT7004 支持 hp, fp + +**共享存储版本:** + +.. c:function:: void fp_lstmgraddata_s(long long *params, long long *dynamic_params, int core_mask) +.. c:function:: void hp_lstmgraddata_s(long long *params, long long *dynamic_params, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + #include + #include + + int main() { + long long params[32]; + long long dynamic_params[32]; + int core_mask = 0xff; + + // 初始化 params 和 dynamic_params + fp_lstmgraddata_s(params, dynamic_params, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_lstmgraddata_p(long long *params, long long *dynamic_params) +.. c:function:: void hp_lstmgraddata_p(long long *params, long long *dynamic_params) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 9 + + #include + #include + + int main() { + long long params[32]; + long long dynamic_params[32]; + + // 初始化 params 和 dynamic_params + fp_lstmgraddata_p(params, dynamic_params); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/lstmgradweight.rst.txt b/master/html/_sources/functionlib/dsplib/lstmgradweight.rst.txt new file mode 100644 index 0000000..7a00120 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/lstmgradweight.rst.txt @@ -0,0 +1,88 @@ +LstmGradWeight +================= + +计算 LSTM 网络的权重梯度，包括输入权重 W、隐藏权重 U 和偏置 b 的反向传播梯度。 + +.. math:: + + dH_t &= dY_t + dH_{t+1} \\ + dC_t &= dC_{t+1} \odot f_{t+1} + dH_t \odot o_t \odot (1 - \tanh^2(C_t)) \\ + dX_t &= dA_t \cdot W^T \\ + dW &= \sum_t dA_t \cdot X_t^T \\ + dU &= \sum_t dA_t \cdot H_{t-1}^T \\ + dA_t &= dH_t \odot o_t \odot (1 - \tanh^2(C_t)) \odot g'_t + +其中： + +- \(dH_t\) 表示隐藏状态的梯度。 +- \(dC_t\) 表示细胞状态的梯度。 +- \(dX_t\) 表示输入梯度。 +- \(dW, dU\) 分别表示输入权重和隐藏状态权重的梯度。 +- \(dA_t\) 表示门控单元梯度。 +- \(f_t, o_t, C_t, g_t\) 分别为遗忘门、输出门、细胞状态、输入门的前向值。 +- \(\odot\) 表示元素逐乘。 + +输入： + - **params** - 静态参数数组，包含 LSTM 网络配置、权重、状态指针等。 + - **dynamic_params** - 动态参数数组，用于存储运行时指针及中间梯度。 + +输出： + - **dX_** - 输入梯度。 + - **dH_** - 隐藏状态梯度。 + - **dC_** - 细胞状态梯度。 + - **dA_tmp_** - 门控梯度中间缓存。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp + - MT7004 支持 hp, fp + +**共享存储版本:** + +.. c:function:: void fp_lstmgradweight_s(long long *params, long long *dynamic_params, int core_mask) +.. c:function:: void hp_lstmgradweight_s(long long *params, long long *dynamic_params, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + #include + #include + + int main() { + long long params[32]; + long long dynamic_params[32]; + int core_mask = 0xff; + + // 初始化 params 和 dynamic_params + fp_lstmgradweight_s(params, dynamic_params, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_lstmgradweight_p(long long *params, long long *dynamic_params) +.. c:function:: void hp_lstmgradweight_p(long long *params, long long *dynamic_params) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 9 + + #include + #include + + int main() { + long long params[32]; + long long dynamic_params[32]; + + // 初始化 params 和 dynamic_params + fp_lstmgradweight_p(params, dynamic_params); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/maximum.rst.txt b/master/html/_sources/functionlib/dsplib/maximum.rst.txt new file mode 100644 index 0000000..8b0d21d --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/maximum.rst.txt @@ -0,0 +1,83 @@ +Maximum +================= + +对两个输入数据执行逐元素取最大值操作。对于每一对对应的输入元素，比较其大小，并将较大者存入输出地址。 + +.. math:: + + output_i = \max(input0_i, input1_i) + +输入： + - **input0** - 第一个输入数据地址。 + - **input1** - 第二个输入数据地址。 + - **length** - 计算长度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持：int8 (i8), int16 (i16), int32 (i32), fp32 (fp), fp64 (dp) + - MT7004 支持：int16 (i16), int32 (i32), fp16 (hp), fp32 (fp) + - 两个输入数据与输出数据的数据类型必须一致。 + +**共享存储版本:** + +.. c:function:: void i8_maximum_s(int8_t* input0, int8_t* input1, int8_t* output, int length, int core_mask) +.. c:function:: void i16_maximum_s(int16_t* input0, int16_t* input1, int16_t* output, int length, int core_mask) +.. c:function:: void i32_maximum_s(int32_t* input0, int32_t* input1, int32_t* output, int length, int core_mask) +.. c:function:: void hp_maximum_s(half* input0, half* input1, half* output, int length, int core_mask) +.. c:function:: void fp_maximum_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void dp_maximum_s(double* input0, double* input1, double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + // FT78NE 示例（共享存储多核并行） + #include + #include "78NE/utils.h" + + int main(int argc, char* argv[]) { + float *in0 = (float *)0xA0000000; // 输入0在共享存储空间 + float *in1 = (float *)0xA1000000; // 输入1在共享存储空间 + float *out = (float *)0xB0000000; // 输出在共享存储空间 + int length = 960001; + int core_mask = 0xFF; // 使用所有核心 + fp_maximum_s(in0, in1, out, length, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_maximum_p(int8_t* input0, int8_t* input1, int8_t* output, int length) +.. c:function:: void i16_maximum_p(int16_t* input0, int16_t* input1, int16_t* output, int length) +.. c:function:: void i32_maximum_p(int32_t* input0, int32_t* input1, int32_t* output, int length) +.. c:function:: void hp_maximum_p(half* input0, half* input1, half* output, int length) +.. c:function:: void fp_maximum_p(float* input0, float* input1, float* output, int length) +.. c:function:: void dp_maximum_p(double* input0, double* input1, double* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + // MT7004 示例（私有存储单核） + #include + + int main(int argc, char* argv[]) { + // 输入与输出均位于芯片私有存储空间 + int *in0 = (int *)0x10000000; + int *in1 = (int *)0x10001000; + int *out = (int *)0x10002000; + int length = 1024; + i32_maximum_p(in0, in1, out, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/maximumgrad.rst.txt b/master/html/_sources/functionlib/dsplib/maximumgrad.rst.txt new file mode 100644 index 0000000..93f1684 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/maximumgrad.rst.txt @@ -0,0 +1,98 @@ +Maximumgrad +================= + +计算逐元素 Maximum 操作的梯度。该算子是 Maximum 算子的反向传播部分。梯度 dy 将被路由到在前向传播中值较大的那个输入。 + +.. math:: + + \text{dx0}_i = \begin{cases} + \text{dy}_i, & \text{if } \text{Input0}_i > \text{Input1}_i \\ + 0, & \text{otherwise} + \end{cases} + + \text{dx1}_i = \begin{cases} + \text{dy}_i, & \text{if } \text{Input1}_i \ge \text{Input0}_i \\ + 0, & \text{otherwise} + \end{cases} + +输入： + - **Input0** - 前向传播时的第一个输入数据地址。 + - **Input1** - 前向传播时的第二个输入数据地址。 + - **dy** - 后续层反向传播回来的梯度数据地址。 + - **Input0_dims** - Input0 的维度信息数组。 + - **Input1_dims** - Input1 的维度信息数组。 + - **num_dims** - 输入张量的维度数量。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **dx0** - 计算出的关于 Input0 的梯度地址。 + - **dx1** - 计算出的关于 Input1 的梯度地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void hp_maximumgrad_s(half* Input0, half* Input1, half* dy, int* Input0_dims, int* Input1_dims, int num_dims, half* dx0, half* dx1, int core_mask) +.. c:function:: void fp_maximumgrad_s(float* Input0, float* Input1, float* dy, int* Input0_dims, int* Input1_dims, int num_dims, float* dx0, float* dx1, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17 + + //FT78NE示例 + #include + #include // 假设头文件名为 maximumgrad.h + + int main(int argc, char* argv[]) { + // 假设在DDR空间，且形状相同 + float *input0 = (float *)0xA0000000; + float *input1 = (float *)0xA1000000; + float *dy = (float *)0xA2000000; + float *dx0 = (float *)0xB0000000; + float *dx1 = (float *)0xB1000000; + + int dims[] = {4, 256}; + int num_dims = 2; + int core_mask = 0xff; + + fp_maximumgrad_s(input0, input1, dy, dims, dims, num_dims, dx0, dx1, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void hp_maximumgrad_p(half* Input0, half* Input1, half* dy, int* Input0_dims, int* Input1_dims, int num_dims, half* dx0, half* dx1) +.. c:function:: void fp_maximumgrad_p(float* Input0, float* Input1, float* dy, int* Input0_dims, int* Input1_dims, int num_dims, float* dx0, float* dx1) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16 + + //FT78NE示例 + #include + #include // 假设头文件名为 maximumgrad.h + + int main(int argc, char* argv[]) { + // 假设在L2空间，且形状相同 + float *input0 = (float *)0x10000000; + float *input1 = (float *)0x11000000; + float *dy = (float *)0x12000000; + float *dx0 = (float *)0x13000000; + float *dx1 = (float *)0x14000000; + + int dims[] = {4, 256}; + int num_dims = 2; + + fp_maximumgrad_p(input0, input1, dy, dims, dims, num_dims, dx0, dx1); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/maxpoolfusion.rst.txt b/master/html/_sources/functionlib/dsplib/maxpoolfusion.rst.txt new file mode 100644 index 0000000..9597ce6 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/maxpoolfusion.rst.txt @@ -0,0 +1,235 @@ +MaxPoolFusion +================= + + + 对输入张量执行最大池化操作 + + .. math:: + + \text{output}_{b, h_o, w_o, c} = + \operatorname{clip}\Bigg( + \max_{h_i, w_i \in \mathcal{W}(h_o, w_o)} + \Big( + \text{input}_{b,\; h_i,\; w_i,\; c} + \Big),\; + \text{minf},\; \text{maxf} + \Bigg) + + 其中，窗口区域 :math:`\mathcal{W}(h_o, w_o)` 的定义如下： + + .. math:: + + h_i = h_o \cdot \text{stride}_h - \text{pad}_u + \Delta h + + w_i = w_o \cdot \text{stride}_w - \text{pad}_l + \Delta w + + \Delta h \in [0,\ \text{win}_h - 1],\quad + \Delta w \in [0,\ \text{win}_w - 1] + + 有效窗口点满足： + + .. math:: + + 0 \le h_i < \text{in}_h,\qquad + 0 \le w_i < \text{in}_w + + 原始窗口起点定义为： + + .. math:: + + h_{\text{start}} = h_o \cdot \text{stride}_h - \text{pad}_u + + .. math:: + + w_{\text{start}} = w_o \cdot \text{stride}_w - \text{pad}_l + + 合法采样范围为： + + .. math:: + + \Delta h \in + \Big[ + \max(0,\ -h_{\text{start}}),\; + \min(\text{win}_h,\ \text{in}_h - h_{\text{start}}) + \Big) + + .. math:: + + \Delta w \in + \Big[ + \max(0,\ -w_{\text{start}}),\; + \min(\text{win}_w,\ \text{in}_w - w_{\text{start}}) + \Big) + + 最大池化计算： + + .. math:: + + v_{\max} = + \max_{\Delta h,\ \Delta w}\; + \text{input}_{b,\; + h_{\text{start}} + \Delta h,\; + w_{\text{start}} + \Delta w,\; + c} + + 最终输出： + + .. math:: + + \text{output}_{b, h_o, w_o, c} = + \min\big(\max(v_{\max},\ \text{minf}),\ \text{maxf}\big) + + + + 输入： + - **input** - 输入张量指针，采用 **NHWC 格式**，形状为 :math:`[batch,\ in\_h,\ in\_w,\ channel]` + - **in_w** - 输入张量的宽度 (W) + - **in_h** - 输入张量的高度 (H) + - **win_w** - 池化窗口的宽度，即窗口在 W 方向的大小 + - **win_h** - 池化窗口的高度，即窗口在 H 方向的大小 + - **output_w** - 输出特征图的宽度 + - **output_h** - 输出特征图的高度 + - **batch** - 批次大小，即输入中的 batch 数 + - **channel** - 通道数 C ，每个池化位置都分别对 C 个通道独立执行最大池化与裁剪 + - **stride_w** - 池化窗口在 W 方向的步长 + - **stride_h** - 池化窗口在 H 方向的步长 + - **pad_l** - 输入特征图左侧的填充大小 + - **pad_u** - 输入特征图上侧的填充大小 + - **minf** - 输出结果的下界值。池化结果会执行 :math:`\max(v,\ \text{minf})` + - **maxf** - 输出结果的上界值。池化结果会执行 :math:`\min(v,\ \text{maxf})` + - **core_mask** - 核心掩码，指定使用的计算核心 + + 输出： + - **output** - 输出张量指针，采用 **NHWC 格式**，形状为 :math:`[batch,\ output\_h,\ output\_w,\ channel]`。 + + + 支持平台： + ``FT78NE`` + ``MT7004`` + + .. note:: + - FT78NE 支持fp32, fp64 + - MT7004 支持fp16, fp32 + - 调用时将除 core_mask 外的参数打包通过 long long params 数组传入，顺序为： + input, output, in_w, in_h, win_w, win_h, output_w, output_h, batch, channel, + stride_w, stride_h, pad_l, pad_u, minf, maxf + +**共享存储版本:** + +.. c:function:: void hp_maxpool_fusion_s(long long *params, int core_mask) +.. c:function:: void fp_maxpool_fusion_s(long long *params, int core_mask) +.. c:function:: void dp_maxpool_fusion_s(long long *params, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 45 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float* input_ptr = (float*)0xA0000000; + float* output_ptr = (float*)0xB0000000; + float* check_ptr = (float*)0xC0000000; + int in_w = 32; + int in_h = 32; + int win_w = 6; + int win_h = 6; + int batch = 4; + int channel = 2; + int stride_w = 4; + int stride_h = 4; + int pad_l = 0; + int pad_u = 0; + float minf = 0.0f; + float maxf = 50.0f; + + // 根据标准公式计算输出尺寸 + int dividor = in_w + pad_l * 2 - win_w; + int output_w = (dividor + stride_w - 1) / stride_w + 1; + int dividor2 = in_h + pad_u * 2 - win_h; + int output_h = (dividor2 + stride_h - 1) / stride_h + 1; + + long long params[16]; + params[0] = (long long)input_ptr; + params[1] = (long long)output_ptr; + params[2] = (long long)in_w; + params[3] = (long long)in_h; + params[4] = (long long)win_w; + params[5] = (long long)win_h; + params[6] = (long long)output_w; + params[7] = (long long)output_h; + params[8] = (long long)batch; + params[9] = (long long)channel; + params[10] = (long long)stride_w; + params[11] = (long long)stride_h; + params[12] = (long long)pad_l; + params[13] = (long long)pad_u; + params[14] = (long long)&minf; + params[15] = (long long)&maxf; + int core_mask = 0x0f; + fp_maxpool_fusion_s(params, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void hp_maxpool_fusion_p(long long *params) +.. c:function:: void fp_maxpool_fusion_p(long long *params) +.. c:function:: void dp_maxpool_fusion_p(long long *params) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 44 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float* input_ptr = (float*)0xA0000000; + float* output_ptr = (float*)0xB0000000; + float* check_ptr = (float*)0xC0000000; + int in_w = 32; + int in_h = 32; + int win_w = 6; + int win_h = 6; + int batch = 4; + int channel = 2; + int stride_w = 4; + int stride_h = 4; + int pad_l = 0; + int pad_u = 0; + float minf = 0.0f; + float maxf = 50.0f; + + // 根据标准公式计算输出尺寸 + int dividor = in_w + pad_l * 2 - win_w; + int output_w = (dividor + stride_w - 1) / stride_w + 1; + int dividor2 = in_h + pad_u * 2 - win_h; + int output_h = (dividor2 + stride_h - 1) / stride_h + 1; + + long long params[16]; + params[0] = (long long)input_ptr; + params[1] = (long long)output_ptr; + params[2] = (long long)in_w; + params[3] = (long long)in_h; + params[4] = (long long)win_w; + params[5] = (long long)win_h; + params[6] = (long long)output_w; + params[7] = (long long)output_h; + params[8] = (long long)batch; + params[9] = (long long)channel; + params[10] = (long long)stride_w; + params[11] = (long long)stride_h; + params[12] = (long long)pad_l; + params[13] = (long long)pad_u; + params[14] = (long long)&minf; + params[15] = (long long)&maxf; + fp_maxpool_fusion_p(params); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/maxpoolgrad.rst.txt b/master/html/_sources/functionlib/dsplib/maxpoolgrad.rst.txt new file mode 100644 index 0000000..6841365 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/maxpoolgrad.rst.txt @@ -0,0 +1,209 @@ +MaxPoolGrad +================= + + 描述 MaxPool 的反向传播（梯度）计算。该算子将上游梯度（dy）只回传到前向最大池化过程中被选为最大值的位置；其它位置的梯度为 0。 + + 数学定义: + + .. math:: + + \text{output}_{b,\ h_i,\ w_i,\ c} = + \begin{cases} + \text{dy}_{b,\ h_o,\ w_o,\ c}, & + \text{if } (h_i,\ w_i) + = \displaystyle \arg\max_{(h,w)\in\mathcal{W}(h_o,w_o)} + \text{input}_{b,\ h,\ w,\ c}, \\ + 0, & \text{otherwise}. + \end{cases} + + 其中，:math:`\mathcal{W}(h_o, w_o)` 表示输出位置 :math:`(h_o, w_o)` 对应的池化窗口区域。窗口像素位置 :math:`(h, w)` 可表示为： + + .. math:: + + h = h_o \cdot \text{stride}_h - \text{pad}_u + \Delta h + + .. math:: + + w = w_o \cdot \text{stride}_w - \text{pad}_l + \Delta w + + .. math:: + + \Delta h \in [0,\ \text{win}_h - 1], \qquad + \Delta w \in [0,\ \text{win}_w - 1] + + 并且仅当采样点落在输入有效范围内时会被考虑： + + .. math:: + + 0 \le h < \text{in}_h, \qquad 0 \le w < \text{in}_w. + + 实现细节说明: + - 前向池化使用窗口 :math:`\text{win}_h \times \text{win}_w`，步长为 :math:`\text{stride}_h`, :math:`\text{stride}_w`，并且在边界处使用 pad（pad\_u, pad\_l）。 + + - 反向传播时，输出梯度 tensor（即需要写入的输入梯度）在每个 batch 开始前先被初始化为 0（代码中有一次整体清零）。 + + - 对于每个输出像素 :math:`(h_o,w_o)` 以及每个通道 c： + + - 在对应的输入窗口中找到前向最大值的位置 :math:`(h^*,w^*)`； + + - 将上游梯度 :math:`\text{dy}_{b,h_o,w_o,c}` 累加到该位置：:math:`\text{output}_{b,h^*,w^*,c} \mathrel{+}= \text{dy}_{b,h_o,w_o,c}`。 + + - 其他位置梯度保持 0。 + + 输入: + - **input** - 输入张量指针，采用 **NHWC 格式**，形状为 :math:`[batch,\ in\_h,\ in\_w,\ channel]` + - **dy** - 上游梯度张量指针，采用 **NHWC 格式**，形状为 :math:`[batch,\ output\_h,\ output\_w,\ channel]` + - **in_w** - 输入张量的宽度 (W) + - **in_h** - 输入张量的高度 (H) + - **win_w** - 池化窗口的宽度，即窗口在 W 方向的大小 + - **win_h** - 池化窗口的高度，即窗口在 H 方向的大小 + - **output_w** - 输出特征图的宽度 + - **output_h** - 输出特征图的高度 + - **batch** - 批次大小，即输入中的 batch 数 + - **channel** - 通道数 C ，每个池化位置都分别对 C 个通道独立执行最大池化与裁剪 + - **stride_w** - 池化窗口在 W 方向的步长 + - **stride_h** - 池化窗口在 H 方向的步长 + - **pad_l** - 输入特征图左侧的填充大小 + - **pad_u** - 输入特征图上侧的填充大小 + - **minf** - 输出结果的下界值。池化结果会执行 :math:`\max(v,\ \text{minf})` + - **maxf** - 输出结果的上界值。池化结果会执行 :math:`\min(v,\ \text{maxf})` + - **core_mask** - 核心掩码，指定使用的计算核心 + + 输出: + - **output** - 输出张量指针，采用 **NHWC 格式**，形状为 :math:`[batch,\ in\_h,\ in\_w,\ channel]`。 + + + 支持平台： + ``FT78NE`` + ``MT7004`` + + .. note:: + - FT78NE 支持fp32, fp64 + - MT7004 支持fp16, fp32 + - 调用时将除 core_mask 外的参数打包通过 long long params 数组传入，顺序为： + input, dy, output, in_w, in_h, win_w, win_h, output_w, output_h, batch, channel, + stride_w, stride_h, pad_l, pad_u, minf, maxf + +**共享存储版本:** + +.. c:function:: void hp_maxpool_grad_s(long long *params, int core_mask) +.. c:function:: void fp_maxpool_grad_s(long long *params, int core_mask) +.. c:function:: void dp_maxpool_grad_s(long long *params, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 47 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + double* input_ptr = (double*)0xA0000000; + double* dy_ptr = (double*)0xB0000000; + double* output_ptr = (double*)0xC0000000; + double* check_ptr = (double*)0xD0000000; + int in_w = gin_w; + int in_h = gin_h; + int win_w = 6; + int win_h = 6; + int batch = gbatch; + int channel = 2; + int stride_w = 4; + int stride_h = 4; + int pad_l = 1; + int pad_u = 1; + double minf = 0.0f; + double maxf = 50.0f; + + // 根据标准公式计算输出尺寸 + int dividor = in_w + pad_l*2 - win_w; + int output_w = (dividor + stride_w - 1) / stride_w + 1; + int dividor2 = in_h + pad_u*2 - win_h; + int output_h = (dividor2 + stride_h - 1) / stride_h + 1; + + long long params[17]; + params[0] = (long long)input_ptr; + params[1] = (long long)dy_ptr; + params[2] = (long long)output_ptr; + params[3] = (long long)in_w; + params[4] = (long long)in_h; + params[5] = (long long)win_w; + params[6] = (long long)win_h; + params[7] = (long long)output_w; + params[8] = (long long)output_h; + params[9] = (long long)batch; + params[10] = (long long)channel; + params[11] = (long long)stride_w; + params[12] = (long long)stride_h; + params[13] = (long long)pad_l; + params[14] = (long long)pad_u; + params[15] = (long long)&minf; //注意这里传指针，不能直接强制转换成long long + params[16] = (long long)&maxf; + int core_mask = 0x0f; + fp_maxpool_grad_s(params, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void hp_maxpool_grad_p(long long *params) +.. c:function:: void fp_maxpool_grad_p(long long *params) +.. c:function:: void dp_maxpool_grad_p(long long *params) + + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 46 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + double* input_ptr = (double*)0xA0000000; + double* dy_ptr = (double*)0xB0000000; + double* output_ptr = (double*)0xC0000000; + double* check_ptr = (double*)0xD0000000; + int in_w = gin_w; + int in_h = gin_h; + int win_w = 6; + int win_h = 6; + int batch = gbatch; + int channel = 2; + int stride_w = 4; + int stride_h = 4; + int pad_l = 1; + int pad_u = 1; + double minf = 0.0f; + double maxf = 50.0f; + + // 根据标准公式计算输出尺寸 + int dividor = in_w + pad_l*2 - win_w; + int output_w = (dividor + stride_w - 1) / stride_w + 1; + int dividor2 = in_h + pad_u*2 - win_h; + int output_h = (dividor2 + stride_h - 1) / stride_h + 1; + + long long params[17]; + params[0] = (long long)input_ptr; + params[1] = (long long)dy_ptr; + params[2] = (long long)output_ptr; + params[3] = (long long)in_w; + params[4] = (long long)in_h; + params[5] = (long long)win_w; + params[6] = (long long)win_h; + params[7] = (long long)output_w; + params[8] = (long long)output_h; + params[9] = (long long)batch; + params[10] = (long long)channel; + params[11] = (long long)stride_w; + params[12] = (long long)stride_h; + params[13] = (long long)pad_l; + params[14] = (long long)pad_u; + params[15] = (long long)&minf; //注意这里传指针，不能直接强制转换成long long + params[16] = (long long)&maxf; + fp_maxpool_grad_p(params); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/mfcc.rst.txt b/master/html/_sources/functionlib/dsplib/mfcc.rst.txt new file mode 100644 index 0000000..bd9a562 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/mfcc.rst.txt @@ -0,0 +1,222 @@ +MFCC +====== + +计算梅尔频率倒谱系数（Mel-Frequency Cepstral Coefficients）。 + +.. math:: + + MFCC_i = f(Input_i) + +输入： + - **mfcc\_params** - MFCC 计算相关的配置参数，如采样率、梅尔滤波器数量等。 + - **spec\_params** - 频谱计算参数，定义了FFT窗口大小、重叠长度等。 + - **mfcc\_workspace** - 工作空间参数，包括计算所需的中间缓冲区。 + - **spec\_workspace** - 频谱计算的工作空间，包括FFT的窗口、输入数据等。 + - **core\_mask** (可选) - 核掩码（仅适用于多核版本）。 + +输出： + - **output(mfcc\_params中)** - 计算结果地址，存储MFCC特征。 + - **output_shape(mfcc\_params中)** - 输出数据的形状，描述MFCC特征的维度。 + +**结构体定义：** + .. code-block:: c + :linenos: + + typedef struct { + // 输入/输出 + float* input; // 输入数据地址 + int* input_shape; // 输入数据形状 + float* output; // 输出数据地址 + int* output_shape; // 输出数据形状 + + // 配置参数 + int sample_rate; // 采样率 + int n_mfcc; // MFCC系数数量 + int dct_type; // DCT变换类型 + bool log_mels; // 是否对梅尔频谱取对数 + float f_min; // 最小频率 + float f_max; // 最大频率 + int n_mels; // 梅尔滤波器数量 + NormType norm; // 归一化类型 + NormMode norm_M; // 归一化模式 + MelType mel_scale; // 梅尔尺度类型 + } MfccParam; + + typedef struct { + // 输入 + float* input; // 输入数据地址 + int input_len; // 输入数据长度 + + // 输出 + float* output; // 输出数据地址 + int* output_shape; // 输出数据形状 + + // 配置参数 + int pad; // 填充大小 + WindowType window_type; // 窗函数类型 + int n_fft; // FFT点数 + int hop_length; // 帧移长度 + int win_length; // 窗长度 + float power; // 功率值 + bool normalized; // 是否归一化 + bool center; // 是否中心化 + BorderType pad_mode; // 填充模式 + bool onesided; // 是否单边频谱 + } SpectrogramParam; + + typedef struct { + // 滤波器组计算缓冲区 + float *all_freqs; // 所有频率点 + float *m_pts; // 梅尔频率点 + float *f_pts; // 线性频率点 + float *fb; // 滤波器组 + + // 三角滤波器计算缓冲区 + float *f_diff; // 频率差值 + float *slopes; // 斜率 + float *down_slopes; // 下降斜率 + float *up_slopes; // 上升斜率 + + // DCT变换缓冲区 + float* dct_mat; // DCT矩阵 + + // 中间结果缓冲区 + float* spectrogram_output; // 频谱图输出 + float* mel_spectrogram_output; // 梅尔频谱输出 + } MfccWorkspaceParam; + + typedef struct { + float* fft_window; // FFT窗函数缓冲区 + float* fft_window_later; // 后续FFT窗缓冲区 + float* input_data_pad; // 填充后的输入数据 + float* input_data; // 输入数据缓冲区 + float* input_win; // 加窗输入数据 + float* exp_complex; // 复数指数缓冲区 + float* spec_f; // 频谱频率缓冲区 + float* output_onsided; // 单边输出缓冲区 + } WorkspaceParam; +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp32 + - MT7004 支持 fp32, fp16 + +**共享存储版本:** + +.. c:function:: void fp_mfcc_s(const MfccParam* mfcc_params, SpectrogramParam* spec_params, MfccWorkspaceParam* mfcc_workspace, WorkspaceParam* spec_workspace, int core_mask) +.. c:function:: void hp_mfcc_s(const MfccParam* mfcc_params, SpectrogramParam* spec_params, MfccWorkspaceParam* mfcc_workspace, WorkspaceParam* spec_workspace, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 45 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float* input_data = (float*)0x81000000; + float* output_mfcc = (float*)0x82000000; + int input_shape[2] = {1, 4000}; + int output_shape[2] = {0, 0, 0}; + MfccParam* mfcc_params = (MfccParam*)0x83100000; + SpectrogramParam* spec_params = (SpectrogramParam*)0x83200000; + MfccWorkspaceParam* mfcc_workspace = (MfccWorkspaceParam*)0x83300000; + WorkspaceParam* spec_workspace = (WorkspaceParam*)0x83400000; + + mfcc_params->input = input_data; + mfcc_params->input_shape = input_shape; + mfcc_params->output = output_mfcc; + mfcc_params->output_shape = output_shape; + mfcc_params->sample_rate = 800; + mfcc_params->n_mfcc = 6; + mfcc_params->dct_type = 2; + mfcc_params->log_mels = true; + mfcc_params->f_min = 0.0f; + mfcc_params->f_max = 400.0f; + mfcc_params->n_mels = 8; + mfcc_params->norm = NORM_SLANEY; + mfcc_params->norm_M = NORM_MODE_ORTHO; + mfcc_params->mel_scale = MEL_HTK; + + // 结构体 2: SpectrogramParam + spec_params->pad = 0; + spec_params->window_type = kHann; + spec_params->n_fft = 32; + spec_params->hop_length = 16; + spec_params->win_length = 32; + spec_params->power = 2.0f; + spec_params->normalized = false; + spec_params->center = false; + spec_params->pad_mode = kConstant; + spec_params->onesided = true; + + int core_mask = 0xff; + //为mfcc_workspace和spec_workspace里每个中间缓冲区指针分配地址 + //... + + fp_mfcc_s(mfcc_params, spec_params, mfcc_workspace, spec_workspace, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_mfcc_p(const MfccParam* mfcc_params, SpectrogramParam* spec_params, MfccWorkspaceParam* mfcc_workspace, WorkspaceParam* spec_workspace) +.. c:function:: void hp_mfcc_p(const MfccParam* mfcc_params, SpectrogramParam* spec_params, MfccWorkspaceParam* mfcc_workspace, WorkspaceParam* spec_workspace) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 45 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + MfccParam mfcc_params; + SpectrogramParam spec_params; + MfccWorkspaceParam mfcc_workspace; + WorkspaceParam spec_workspace; + + float* input_data = (float*)0x10810000; + float* output_mfcc = (float*)0x10820000; + int input_shape[2] = {1, 4000}; + int output_shape[2] = {0, 0, 0}; + + mfcc_params.input = input_data; + mfcc_params.input_shape = input_shape; + mfcc_params.output = output_mfcc; + mfcc_params.output_shape = output_shape; + mfcc_params.sample_rate = 800; + mfcc_params.n_mfcc = 6; + mfcc_params.dct_type = 2; + mfcc_params.log_mels = true; + mfcc_params.f_min = 0.0f; + mfcc_params.f_max = 400.0f; + mfcc_params.n_mels = 8; + mfcc_params.norm = NORM_SLANEY; + mfcc_params.norm_M = NORM_MODE_ORTHO; + mfcc_params.mel_scale = MEL_HTK; + + // 结构体 2: SpectrogramParam + spec_params.pad = 0; + spec_params.window_type = kHann; + spec_params.n_fft = 32; + spec_params.hop_length = 16; + spec_params.win_length = 32; + spec_params.power = 2.0f; + spec_params.normalized = false; + spec_params.center = false; + spec_params.pad_mode = kConstant; + spec_params.onesided = true; + + //为mfcc_workspace和spec_workspace里每个中间缓冲区指针分配地址 + //... + + fp_mfcc_p(&mfcc_params, &spec_params, &mfcc_workspace, &spec_workspace); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/minimum.rst.txt b/master/html/_sources/functionlib/dsplib/minimum.rst.txt new file mode 100644 index 0000000..4b1be03 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/minimum.rst.txt @@ -0,0 +1,83 @@ +Minimum +================= + +对两个输入数据执行逐元素取最小值操作。对于每一对对应的输入元素，比较其大小，并将较小者存入输出地址。 + +.. math:: + + output_i = \min(input0_i, input1_i) + +输入： + - **input0** - 第一个输入数据地址。 + - **input1** - 第二个输入数据地址。 + - **length** - 计算长度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持：int8 (i8), int16 (i16), int32 (i32), fp32 (fp), fp64 (dp) + - MT7004 支持：int16 (i16), int32 (i32), fp16 (hp), fp32 (fp) + - 两个输入数据与输出数据的数据类型必须一致。 + +**共享存储版本:** + +.. c:function:: void i8_minimum_s(int8_t* input0, int8_t* input1, int8_t* output, int length, int core_mask) +.. c:function:: void i16_minimum_s(int16_t* input0, int16_t* input1, int16_t* output, int length, int core_mask) +.. c:function:: void i32_minimum_s(int32_t* input0, int32_t* input1, int32_t* output, int length, int core_mask) +.. c:function:: void hp_minimum_s(half* input0, half* input1, half* output, int length, int core_mask) +.. c:function:: void fp_minimum_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void dp_minimum_s(double* input0, double* input1, double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + // FT78NE 示例（共享存储多核并行） + #include + #include "78NE/utils.h" + + int main(int argc, char* argv[]) { + double *in0 = (double *)0xA0000000; // 输入0在共享存储空间 + double *in1 = (double *)0xA1000000; // 输入1在共享存储空间 + double *out = (double *)0xB0000000; // 输出在共享存储空间 + int length = 960001; + int core_mask = 0xFF; // 使用所有核心并行计算 + dp_minimum_s(in0, in1, out, length, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_minimum_p(int8_t* input0, int8_t* input1, int8_t* output, int length) +.. c:function:: void i16_minimum_p(int16_t* input0, int16_t* input1, int16_t* output, int length) +.. c:function:: void i32_minimum_p(int32_t* input0, int32_t* input1, int32_t* output, int length) +.. c:function:: void hp_minimum_p(half* input0, half* input1, half* output, int length) +.. c:function:: void fp_minimum_p(float* input0, float* input1, float* output, int length) +.. c:function:: void dp_minimum_p(double* input0, double* input1, double* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + // MT7004 示例（私有存储单核） + #include + + int main(int argc, char* argv[]) { + // 输入与输出均位于芯片私有存储空间 + half *in0 = (half *)0x10000000; + half *in1 = (half *)0x10001000; + half *out = (half *)0x10002000; + int length = 1024; + hp_minimum_p(in0, in1, out, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/minimumgrad.rst.txt b/master/html/_sources/functionlib/dsplib/minimumgrad.rst.txt new file mode 100644 index 0000000..121d5b9 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/minimumgrad.rst.txt @@ -0,0 +1,98 @@ +Minimumgrad +================= + +计算逐元素 Minimum 操作的梯度。该算子是 Minimum 算子的反向传播部分。梯度 dy 将被路由到在前向传播中值较小的那个输入。 + +.. math:: + + \text{dx0}_i = \begin{cases} + \text{dy}_i, & \text{if } \text{Input0}_i < \text{Input1}_i \\ + 0, & \text{otherwise} + \end{cases} + + \text{dx1}_i = \begin{cases} + \text{dy}_i, & \text{if } \text{Input1}_i \le \text{Input0}_i \\ + 0, & \text{otherwise} + \end{cases} + +输入： + - **Input0** - 前向传播时的第一个输入数据地址。 + - **Input1** - 前向传播时的第二个输入数据地址。 + - **dy** - 后续层反向传播回来的梯度数据地址。 + - **Input0_dims** - Input0 的维度信息数组。 + - **Input1_dims** - Input1 的维度信息数组。 + - **num_dims** - 输入张量的维度数量。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **dx0** - 计算出的关于 Input0 的梯度地址。 + - **dx1** - 计算出的关于 Input1 的梯度地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void hp_minimumgrad_s(half* Input0, half* Input1, half* dy, int* Input0_dims, int* Input1_dims, int num_dims, half* dx0, half* dx1, int core_mask) +.. c:function:: void fp_minimumgrad_s(float* Input0, float* Input1, float* dy, int* Input0_dims, int* Input1_dims, int num_dims, float* dx0, float* dx1, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17 + + //FT78NE示例 + #include + #include // 假设头文件名为 minimumgrad.h + + int main(int argc, char* argv[]) { + // 假设在DDR空间，且形状相同 + float *input0 = (float *)0xA0000000; + float *input1 = (float *)0xA1000000; + float *dy = (float *)0xA2000000; + float *dx0 = (float *)0xB0000000; + float *dx1 = (float *)0xB1000000; + + int dims[] = {4, 256}; + int num_dims = 2; + int core_mask = 0xff; + + fp_minimumgrad_s(input0, input1, dy, dims, dims, num_dims, dx0, dx1, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void hp_minimumgrad_p(half* Input0, half* Input1, half* dy, int* Input0_dims, int* Input1_dims, int num_dims, half* dx0, half* dx1) +.. c:function:: void fp_minimumgrad_p(float* Input0, float* Input1, float* dy, int* Input0_dims, int* Input1_dims, int num_dims, float* dx0, float* dx1) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16 + + //FT78NE示例 + #include + #include // 假设头文件名为 minimumgrad.h + + int main(int argc, char* argv[]) { + // 假设在L2空间，且形状相同 + float *input0 = (float *)0x10000000; + float *input1 = (float *)0x11000000; + float *dy = (float *)0x12000000; + float *dx0 = (float *)0x13000000; + float *dx1 = (float *)0x14000000; + + int dims[] = {4, 256}; + int num_dims = 2; + + fp_minimumgrad_p(input0, input1, dy, dims, dims, num_dims, dx0, dx1); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/mod.rst.txt b/master/html/_sources/functionlib/dsplib/mod.rst.txt new file mode 100644 index 0000000..74169d6 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/mod.rst.txt @@ -0,0 +1,84 @@ +Mod +================= + +对两个输入数据执行逐元素取模（取余）操作。对于整数类型，执行标准的 C 语言 ``%`` 运算；对于浮点类型，执行类似于 ``fmod`` 的余数运算。 + +.. math:: + + output_i = input0_i \pmod{input1_i} + +输入： + - **input0** - 第一个输入数据地址（被除数）。 + - **input1** - 第二个输入数据地址（除数）。 + - **length** - 计算长度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持：int8 (i8), int16 (i16), int32 (i32), fp32 (fp), fp64 (dp) + - MT7004 支持：int16 (i16), int32 (i32), fp16 (hp), fp32 (fp) + - 浮点数取模运算遵循标准 C 库函数 ``fmod`` 的行为。 + - 若除数元素为 0，结果为未定义行为，需由上层逻辑保证除数非 0。 + +**共享存储版本:** + +.. c:function:: void i8_mod_s(int8_t* input0, int8_t* input1, int8_t* output, int length, int core_mask) +.. c:function:: void i16_mod_s(int16_t* input0, int16_t* input1, int16_t* output, int length, int core_mask) +.. c:function:: void i32_mod_s(int32_t* input0, int32_t* input1, int32_t* output, int length, int core_mask) +.. c:function:: void hp_mod_s(half* input0, half* input1, half* output, int length, int core_mask) +.. c:function:: void fp_mod_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void dp_mod_s(double* input0, double* input1, double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + // FT78NE 示例（共享存储多核并行） + #include + #include "78NE/utils.h" + + int main(int argc, char* argv[]) { + int32_t *in0 = (int32_t *)0xA0000000; // 输入0在共享存储空间 + int32_t *in1 = (int32_t *)0xA1000000; // 输入1在共享存储空间 + int32_t *out = (int32_t *)0xB0000000; // 输出在共享存储空间 + int length = 10000; + int core_mask = 0xFF; // 使用所有核心进行并行取模计算 + i32_mod_s(in0, in1, out, length, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_mod_p(int8_t* input0, int8_t* input1, int8_t* output, int length) +.. c:function:: void i16_mod_p(int16_t* input0, int16_t* input1, int16_t* output, int length) +.. c:function:: void i32_mod_p(int32_t* input0, int32_t* input1, int32_t* output, int length) +.. c:function:: void hp_mod_p(half* input0, half* input1, half* output, int length) +.. c:function:: void fp_mod_p(float* input0, float* input1, float* output, int length) +.. c:function:: void dp_mod_p(double* input0, double* input1, double* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + // MT7004 示例（私有存储单核） + #include + + int main(int argc, char* argv[]) { + // 输入与输出均位于私有存储空间 + float *in0 = (float *)0x10000000; + float *in1 = (float *)0x10001000; + float *out = (float *)0x10002000; + int length = 512; + fp_mod_p(in0, in1, out, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/mul.rst.txt b/master/html/_sources/functionlib/dsplib/mul.rst.txt new file mode 100644 index 0000000..3db9cb3 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/mul.rst.txt @@ -0,0 +1,91 @@ +Mul +================= + +对两个输入数据执行逐元素乘法运算。支持实数类型和复数类型。 + +.. math:: + + \text{对于实数类型:}\quad output_i = input0_i \times input1_i + +.. math:: + + \text{对于复数类型:}\quad (a+bi) \times (c+di) = (ac - bd) + (ad + bc)i + +输入： + - **input0** - 第一个输入数据地址。 + - **input1** - 第二个输入数据地址。 + - **length** - 计算长度（对于复数，指复数的个数）。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持：int8 (i8), int16 (i16), int32 (i32), fp32 (fp), fp64 (dp), cplx64 (c64), cplx128 (c128) + - MT7004 支持：int16 (i16), int32 (i32), fp16 (hp), fp32 (fp), cplx64 (c64) + - 复数类型（cplx64/cplx128）在内存中以实部、虚部交替存储，运算遵循复数乘法公式。 + +**共享存储版本:** + +.. c:function:: void i8_mul_s(int8_t* input0, int8_t* input1, int8_t* output, int length, int core_mask) +.. c:function:: void i16_mul_s(int16_t* input0, int16_t* input1, int16_t* output, int length, int core_mask) +.. c:function:: void i32_mul_s(int32_t* input0, int32_t* input1, int32_t* output, int length, int core_mask) +.. c:function:: void hp_mul_s(half* input0, half* input1, half* output, int length, int core_mask) +.. c:function:: void fp_mul_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void dp_mul_s(double* input0, double* input1, double* output, int length, int core_mask) +.. c:function:: void c64_mul_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void c128_mul_s(double* input0, double* input1, double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + // FT78NE 示例：复数类型 cplx64 共享存储多核计算 + #include + #include "78NE/utils.h" + + int main(int argc, char* argv[]) { + float *in0 = (float *)0xA0000000; // 输入0 (包含 real, imag) + float *in1 = (float *)0xA1000000; // 输入1 + float *out = (float *)0xB0000000; // 输出 + int num_complex = 480000; // 复数个数 + int core_mask = 0xFF; + c64_mul_s(in0, in1, out, num_complex, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_mul_p(int8_t* input0, int8_t* input1, int8_t* output, int length) +.. c:function:: void i16_mul_p(int16_t* input0, int16_t* input1, int16_t* output, int length) +.. c:function:: void i32_mul_p(int32_t* input0, int32_t* input1, int32_t* output, int length) +.. c:function:: void hp_mul_p(half* input0, half* input1, half* output, int length) +.. c:function:: void fp_mul_p(float* input0, float* input1, float* output, int length) +.. c:function:: void dp_mul_p(double* input0, double* input1, double* output, int length) +.. c:function:: void c64_mul_p(float* input0, float* input1, float* output, int length) +.. c:function:: void c128_mul_p(double* input0, double* input1, double* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + // MT7004 示例：fp16 (half) 类型私有存储单核计算 + #include + + int main(int argc, char* argv[]) { + // 输入与输出均位于私有存储空间 + half *in0 = (half *)0x10000000; + half *in1 = (half *)0x10001000; + half *out = (half *)0x10002000; + int length = 1024; + hp_mul_p(in0, in1, out, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/mulgrad.rst.txt b/master/html/_sources/functionlib/dsplib/mulgrad.rst.txt new file mode 100644 index 0000000..1f6c304 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/mulgrad.rst.txt @@ -0,0 +1,158 @@ +Mulgrad +================= + + +计算逐元素乘法 (Mul) 操作的梯度。该算子是 Mul 算子的反向传播（backward pass）部分。梯度的计算遵循链式法则。 + +.. math:: + + \text{dx0}_i = \text{dy}_i \times \text{Input1}_i + + \text{dx1}_i = \text{dy}_i \times \text{Input0}_i + +其中 dx0 和 dx1 分别是损失函数对前向输入 Input0 和 Input1 的梯度。 + +Gradmul1L版本专门用于 `x1` 张量维度大于或等于 `x2` 张量的广播场景。Gradmul2l版本专门用于 `x2` 张量维度大于或等于 `x1` 张量的广播场景。 + +输入： + - **dy** - 来自后一层的上游梯度张量。 + - **x1** - 前向传播时的第一个输入张量（被除数）。 + - **x2** - 前向传播时的第二个输入张量（除数）。 + - **large_shape** - `x1` 和 `x2` 中维度较大的张量的形状。 + - **small_shape** - `x1` 和 `x2` 中维度较小的张量的形状。 + - **out_shape** - 输出张量 `dx1` 和 `dx2` 的形状。 + - **ndims** - 张量的维度数。 + - **large_strides** - 维度较大张量的步长信息。 + - **small_strides** - 维度较小张量的步长信息。 + - **out_strides** - 输出张量的步长信息。 + - **large_multiples** - 维度较大张量的广播倍数。 + - **small_multiples** - 维度较小张量的广播倍数。 + - **tile_data0** - 临时工作空间地址。 + - **tile_data1** - 临时工作空间地址。 + - **indices** - 用于广播计算的临时索引空间地址。 + - **core_mask** - 核掩码。 + +输出： + - **dx1** - 写入计算出的对 `x1` 的梯度。 + - **dx2** - 写入计算出的对 `x2` 的梯度。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void fp_gradmul_s(float* dy, float* x1, float* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, float* dx1, float* dx2, float* tile_data0, float* tile_data1, int* indices, int core_mask) +.. c:function:: void hp_gradmul_s(half* dy, half* x1, half* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, half* dx1, half* dx2, half* tile_data0, half* tile_data1, int* indices, int core_mask) +.. c:function:: void fp_gradmul1l_s(float* dy, float* x1, float* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, float* dx1, float* dx2, float* tile_data0, float* tile_data1, int* indices, int core_mask) +.. c:function:: void hp_gradmul1l_s(half* dy, half* x1, half* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, half* dx1, half* dx2, half* tile_data0, half* tile_data1, int* indices, int core_mask) +.. c:function:: void fp_gradmul2l_s(float* dy, float* x1, float* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, float* dx1, float* dx2, float* tile_data0, float* tile_data1, int* indices, int core_mask) +.. c:function:: void hp_gradmul2l_s(half* dy, half* x1, half* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, half* dx1, half* dx2, half* tile_data0, half* tile_data1, int* indices, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 38 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *dy = (float *)0xA1000000; + float *dx1 = (float *)0xA2000000; + float *dx2 = (float *)0xA3000000; + float *x1_data = (float *)0xA4000000; + float *x2_data = (float *)0xA5000000; + float *tile_data0 = (float *)0xA6000000; + float *tile_data1 = (float *)0xA7000000; + + long long ndims = 4; + long long dy_size; + long long x1_size; + long long x2_size; + + int *large_strides = (int *)0xAB000000; + int *small_strides = (int *)0xAB100000; + int *out_strides = (int *)0xAB200000; + int *large_multiples = (int *)0xAB300000; + int *small_multiples = (int *)0xAB400000; + int *indices = (int *)0xAB500000; + int *large_shape = (int *)0xAB600000; + int *small_shape = (int *)0xAB700000; + int *out_shape = (int *)0xAB800000; + + large_shape[0] = 12; large_shape[1] = 14; large_shape[2] = 3; large_shape[3] = 5; + small_shape[0] = 12; small_shape[1] = 14; small_shape[2] = 3; small_shape[3] = 5; + out_shape[0] = 12; out_shape[1] = 14; out_shape[2] = 3; out_shape[3] = 5; + + int core_mask = 0xff; + + dy_size = out_shape[0] * out_shape[1] * out_shape[2] * out_shape[3]; + x1_size = large_shape[0] * large_shape[1] * large_shape[2] * large_shape[3]; + x2_size = small_shape[0] * small_shape[1] * small_shape[2] * small_shape[3]; + + fp_gradmul_s(dy, x1, x2, large_shape, small_shape, out_shape, ndims, large_strides, small_strides, out_strides, large_multiples, small_multiples, dx1, dx2, tile_data0, tile_data1, indices, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_gradmul_p(float* dy, float* x1, float* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, float* dx1, float* dx2, float* tile_data0, float* tile_data1, int* indices) +.. c:function:: void hp_gradmul_p(half* dy, half* x1, half* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, half* dx1, half* dx2, half* tile_data0, half* tile_data1) +.. c:function:: void fp_gradmul1l_p(float* dy, float* x1, float* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, float* dx1, float* dx2, float* tile_data0, float* tile_data1, int* indices) +.. c:function:: void hp_gradmul1l_p(half* dy, half* x1, half* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, half* dx1, half* dx2, half* tile_data0, half* tile_data1, int* indices) +.. c:function:: void fp_gradmul2l_p(float* dy, float* x1, float* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, float* dx1, float* dx2, float* tile_data0, float* tile_data1, int* indices) +.. c:function:: void hp_gradmul2l_p(half* dy, half* x1, half* x2, int* large_shape, int* small_shape, int* out_shape, int ndims, int* large_strides, int* small_strides, int* out_strides, int* large_multiples, int* small_multiples, half* dx1, half* dx2, half* tile_data0, half* tile_data1, int* indices) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 36 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *dy = (float *)0x10000000; + float *dx1 = (float *)0x12000000; + float *dx2 = (float *)0x13000000; + float *x1_data = (float *)0x14000000; + float *x2_data = (float *)0x15000000; + float *tile_data0 = (float *)0x16000000; + float *tile_data1 = (float *)0x17000000; + + long long ndims = 4; + long long dy_size; + long long x1_size; + long long x2_size; + + int *large_strides = (int *)0x1B000000; + int *small_strides = (int *)0x1B100000; + int *out_strides = (int *)0x1B200000; + int *large_multiples = (int *)0x1B300000; + int *small_multiples = (int *)0x1B400000; + int *indices = (int *)0x1B500000; + int *large_shape = (int *)0x1B600000; + int *small_shape = (int *)0x1B700000; + int *out_shape = (int *)0x1B800000; + + large_shape[0] = 12; large_shape[1] = 14; large_shape[2] = 3; large_shape[3] = 5; + small_shape[0] = 12; small_shape[1] = 14; small_shape[2] = 3; small_shape[3] = 5; + out_shape[0] = 12; out_shape[1] = 14; out_shape[2] = 3; out_shape[3] = 5; + + dy_size = out_shape[0] * out_shape[1] * out_shape[2] * out_shape[3]; + x1_size = large_shape[0] * large_shape[1] * large_shape[2] * large_shape[3]; + x2_size = small_shape[0] * small_shape[1] * small_shape[2] * small_shape[3]; + + fp_gradmul_p(dy, x1, x2, large_shape, small_shape, out_shape, ndims, large_strides, small_strides, out_strides, large_multiples, small_multiples, dx1, dx2, tile_data0, tile_data1, indices); + return 0; + } + + \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/neg.rst.txt b/master/html/_sources/functionlib/dsplib/neg.rst.txt new file mode 100644 index 0000000..2165f5f --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/neg.rst.txt @@ -0,0 +1,81 @@ +Neg +================= +逐元素计算输入数据的取负结果。 + +.. math:: + + output_i = -Input_i + +输入： + - **Input** - 输入数据地址。 + - **length** - 计算长度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_neg_s(int8_t* Input, int8_t* output, int length, int core_mask) +.. c:function:: void i16_neg_s(int16_t* Input, int16_t* output, int length, int core_mask) +.. c:function:: void i32_neg_s(int32_t* Input, int32_t* output, int length, int core_mask) +.. c:function:: void hp_neg_s(half* Input, half* output, int length, int core_mask) +.. c:function:: void fp_neg_s(float* Input, float* output, int length, int core_mask) +.. c:function:: void dp_neg_s(double* Input, double* output, int length, int core_mask) +.. c:function:: void c64_neg_s(float* Input, float* output, int length, int core_mask) +.. c:function:: void c128_neg_s(double* Input, double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 9 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; //input在DDR空间 + float *output = (float *)0xB0000000; + int length = 1000; + int core_mask = 0xff; + fp_neg_s(input, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_neg_p(int8_t* Input, int8_t* output, int length) +.. c:function:: void i16_neg_p(int16_t* Input, int16_t* output, int length) +.. c:function:: void i32_neg_p(int32_t* Input, int32_t* output, int length) +.. c:function:: void hp_neg_p(half* Input, half* output, int length) +.. c:function:: void fp_neg_p(float* Input, float* output, int length) +.. c:function:: void dp_neg_p(double* Input, double* output, int length) +.. c:function:: void c64_neg_p(float* Input, float* output, int length) +.. c:function:: void c128_neg_p(double* Input, double* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 8 + + //MT7004示例 + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; //input在L2空间 + float *output = (float *)0x10001000; + int length = 1000; + fp_neg_p(input, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/neg_grad.rst.txt b/master/html/_sources/functionlib/dsplib/neg_grad.rst.txt new file mode 100644 index 0000000..c8bba1a --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/neg_grad.rst.txt @@ -0,0 +1,83 @@ +NegGrad +================= +逐元素计算输入数据的取负梯度结果。 + +.. math:: + + output_i = -Input_i + +输入： + - **Input** - 输入数据地址。 + - **length** - 计算长度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + + +**共享存储版本:** + +.. c:function:: void i8_neg_grad_s(int8_t* Input, int8_t* output, int length, int core_mask) +.. c:function:: void i16_neg_grad_s(int16_t* Input, int16_t* output, int length, int core_mask) +.. c:function:: void i32_neg_grad_s(int32_t* Input, int32_t* output, int length, int core_mask) +.. c:function:: void hp_neg_grad_s(half* Input, half* output, int length, int core_mask) +.. c:function:: void fp_neg_grad_s(float* Input, float* output, int length, int core_mask) +.. c:function:: void dp_neg_grad_s(double* Input, double* output, int length, int core_mask) +.. c:function:: void c64_neg_grad_s(float* Input, float* output, int length, int core_mask) +.. c:function:: void c128_neg_grad_s(double* Input, double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 9 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; //input在DDR空间 + float *output = (float *)0xB0000000; + int length = 1000; + int core_mask = 0xff; + fp_neg_grad_s(input, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_neg_grad_p(int8_t* Input, int8_t* output, int length) +.. c:function:: void i16_neg_grad_p(int16_t* Input, int16_t* output, int length) +.. c:function:: void i32_neg_grad_p(int32_t* Input, int32_t* output, int length) +.. c:function:: void hp_neg_grad_p(half* Input, half* output, int length) +.. c:function:: void fp_neg_grad_p(float* Input, float* output, int length) +.. c:function:: void dp_neg_grad_p(double* Input, double* output, int length) +.. c:function:: void c64_neg_grad_p(float* Input, float* output, int length) +.. c:function:: void c128_neg_grad_p(double* Input, double* output, int length) + + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 8 + + //MT7004示例 + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; //input在L2空间 + float *output = (float *)0x10001000; + int length = 1000; + fp_neg_grad_p(input, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/nllloss.rst.txt b/master/html/_sources/functionlib/dsplib/nllloss.rst.txt new file mode 100644 index 0000000..e6b17b7 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/nllloss.rst.txt @@ -0,0 +1,111 @@ +NLLLoss +================= + + + +对输入的对数概率（log-probabilities）和目标标签计算负对数似然损失（Negative Log Likelihood Loss）。 + +该算子通常用于分类任务中，输入为已经取对数的概率值（例如 LogSoftmax 的输出）。 + +.. math:: + + \text{loss}_i = - \log p_{i, y_i} \cdot w_{y_i} + +其中： + +- :math:`p_{i, y_i}` 表示第 :math:`i` 个样本在真实类别 :math:`y_i` 上的预测概率 +- :math:`w_{y_i}` 表示对应类别的权重 + +根据 ``reduction_type`` 的不同，对 batch 维度的损失进行不同方式的归约。 + +输入： + - **log_probs** - 输入的对数概率数据地址，形状为 ``[batch_size, class_num]``。 + - **labels** - 真实标签索引地址，形状为 ``[batch_size]``。 + - **weight** - 类别权重数组地址，形状为 ``[class_num]``。 + - **batch_size** - batch 大小。 + - **class_num** - 类别数量。 + - **reduction_type** - 损失归约方式： + - ``0``：None，不做归约，逐样本输出 + - ``1``：Sum，对 batch 内损失求和 + - ``2``：Mean，对 batch 内损失按权重和求平均 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **loss** - 损失输出地址： + - 当 ``reduction_type = 0`` 时，输出长度为 ``batch_size`` + - 当 ``reduction_type = 1`` 或 ``2`` 时，仅使用 ``loss[0]`` + - **total_weight** - 所有样本权重之和地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp, int8 + - MT7004 支持 hp, fp + - 输入 ``log_probs`` 应已是对数概率值 + - ``labels`` 中的索引需满足 ``0 <= label < class_num`` + +**共享存储版本:** + +.. c:function:: void i8_nllloss_s(const int8_t* log_probs, const int* labels, const int8_t* weight, int32_t* loss, int32_t* total_weight, int batch_size, int class_num, int reduction_type, int core_mask) +.. c:function:: void hp_nllloss_s(const half* log_probs, const int* labels, const half* weight, half* loss, half* total_weight, int batch_size, int class_num, int reduction_type, int core_mask) +.. c:function:: void fp_nllloss_s(const float* log_probs, const int* labels, const float* weight, float* loss, float* total_weight, int batch_size, int class_num, int reduction_type, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16-17 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *log_probs = (float *)0xA0000000; // [batch_size, class_num] + int *labels = (int *)0xA0001000; // [batch_size] + float *weight = (float *)0xA0002000; // [class_num] + float *loss = (float *)0xC0000000; + float *total_w = (float *)0xC0001000; + int batch_size = 32; + int class_num = 1000; + int reduction_type = 2; // Mean + int core_mask = 0xff; + + fp_nllloss_s(log_probs, labels, weight, loss, total_w, + batch_size, class_num, reduction_type, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_nllloss_p(const int8_t* log_probs, const int* labels, const int8_t* weight, int32_t* loss, int32_t* total_weight, int batch_size, int class_num, int reduction_type) +.. c:function:: void hp_nllloss_p(const half* log_probs, const int* labels, const half* weight, half* loss, half* total_weight, int batch_size, int class_num, int reduction_type) +.. c:function:: void fp_nllloss_p(const float* log_probs, const int* labels, const float* weight, float* loss, float* total_weight, int batch_size, int class_num, int reduction_type) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15-16 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *log_probs = (float *)0x10810000; // L2空间 + int *labels = (int *)0x10820000; + float *weight = (float *)0x10830000; + float *loss = (float *)0x10840000; + float *total_w = (float *)0x10850000; + int batch_size = 32; + int class_num = 1000; + int reduction_type = 1; // Sum + + fp_nllloss_p(log_probs, labels, weight, loss, total_w, + batch_size, class_num, reduction_type); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/nlllossgrad.rst.txt b/master/html/_sources/functionlib/dsplib/nlllossgrad.rst.txt new file mode 100644 index 0000000..77834fe --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/nlllossgrad.rst.txt @@ -0,0 +1,120 @@ +NLLLossGrad +================= + + + +对 NLLLoss（Negative Log Likelihood Loss）算子的反向传播过程进行计算，得到输入 logits 的梯度。 + +该算子根据前向 NLLLoss 的 ``reduction_type``，对上游梯度进行对应方式的反向分发，仅在真实类别索引处产生非零梯度，其余位置梯度为 0。 + +.. math:: + + \frac{\partial L}{\partial x_{i,j}} = + \begin{cases} + - g_i \cdot w_{y_i}, & j = y_i,\ \text{reduction = none} \\ + - g \cdot w_{y_i}, & j = y_i,\ \text{reduction = sum} \\ + - g \cdot \dfrac{w_{y_i}}{\sum w}, & j = y_i,\ \text{reduction = mean} \\ + 0, & j \neq y_i + \end{cases} + +其中： + +- :math:`g_i` 表示逐样本损失梯度 +- :math:`g` 表示归约后的标量损失梯度 +- :math:`y_i` 表示第 :math:`i` 个样本的真实类别索引 +- :math:`w_{y_i}` 表示对应类别权重 + +输入： + - **logits** - 前向输入 logits 地址，形状为 ``[batch, class_num]`` （仅用于尺寸信息）。 + - **loss_grad** - 上游损失梯度地址： + - ``reduction_type = 0 (none)`` 时，形状为 ``[batch]`` + - ``reduction_type = 1 / 2 (sum / mean)`` 时，仅使用 ``loss_grad[0]`` + - **labels** - 真实标签索引地址，形状为 ``[batch]``。 + - **weight** - 类别权重数组地址，形状为 ``[class_num]``。 + - **total_weight** - 权重和地址（仅 ``reduction_type = mean`` 时使用）。 + - **batch** - batch 大小。 + - **class_num** - 类别数量。 + - **reduction_type** - 损失归约方式： + - ``0``：Sum + - ``1``：Mean + - ``2``：None + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **logits_grad** - logits 的梯度输出地址，形状为 ``[batch, class_num]``。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 仅支持 fp 类型 + - MT7004 支持 hp, fp 类型 + - 输出梯度在非真实类别位置恒为 0 + - ``labels`` 中索引需满足 ``0 <= label < class_num`` + +**共享存储版本:** + +.. c:function:: void hp_nlllossgrad_s(half* logits, half* loss_grad, int* labels, half* weight, half* total_weight, half* logits_grad, int batch, int class_num, int reduction_type, int core_mask) +.. c:function:: void fp_nlllossgrad_s(float* logits, float* loss_grad, int* labels, float* weight, float* total_weight, float* logits_grad, int batch, int class_num, int reduction_type, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 18-19 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *logits = (float *)0xA0000000; // [batch, class_num] + float *loss_grad = (float *)0xA0001000; // 上游梯度 + int *labels = (int *)0xA0002000; // [batch] + float *weight = (float *)0xA0003000; // [class_num] + float *total_weight = (float *)0xA0004000; + float *logits_grad = (float *)0xC0000000; + + int batch = 32; + int class_num = 1000; + int reduction_type = 1; // Mean + int core_mask = 0xff; + + fp_nlllossgrad_s(logits, loss_grad, labels, weight, total_weight, + logits_grad, batch, class_num, reduction_type, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void hp_nlllossgrad_p(half* logits, half* loss_grad, int* labels, half* weight, half* total_weight, half* logits_grad, int batch, int class_num, int reduction_type) +.. c:function:: void fp_nlllossgrad_p(float* logits, float* loss_grad, int* labels, float* weight, float* total_weight, float* logits_grad, int batch, int class_num, int reduction_type) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17-18 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *logits = (float *)0x10810000; // L2空间 + float *loss_grad = (float *)0x10820000; + int *labels = (int *)0x10830000; + float *weight = (float *)0x10840000; + float *total_weight = (float *)0x10850000; + float *logits_grad = (float *)0x10860000; + + int batch = 32; + int class_num = 1000; + int reduction_type = 2; // None + + fp_nlllossgrad_p(logits, loss_grad, labels, weight, total_weight, + logits_grad, batch, class_num, reduction_type); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/non_max_suppression.rst.txt b/master/html/_sources/functionlib/dsplib/non_max_suppression.rst.txt new file mode 100644 index 0000000..f7a84e0 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/non_max_suppression.rst.txt @@ -0,0 +1,151 @@ +NonMaxSuppression +=================== +对检测框进行非极大值抑制（Non-Maximum Suppression, NMS），用于在目标检测中选取得分较高且重叠度低的边界框，并去除那些重叠度较高的低得分框。其目的是减少冗余边界框，提高目标检测的准确性。 + +.. math:: + + \text{对于每个类别 } c, \text{在同一批次下保留置信度较高且 IoU 小于阈值的框:} + + \text{若 } \mathrm{IoU}(box_i, box_j) > \text{iou\_threshold} \Rightarrow \text{抑制 } box_j, + +.. math:: + IoU=\frac{intersec\_area}{(cand.get\_area() + box.get\_area() - intersec\_area)} + +输入： + - **NmsParam** - 输入参数结构体。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + + **结构体定义：** + + .. code-block:: c + :linenos: + + typedef struct { + float* boxes; // 形状为 (batch, num_boxes, 4) + float* score; // 形状为 (batch, class, num_boxes) + int* output; // 输出缓冲区 + float* candidates; // 候选框临时缓冲区 + int batch_num; // 批次数量 + int class_num; // 类别数量 + int box_num; // 每个类别的框数量 + int center_point_box; // 0: corner box, 1: center point box + bool simple_out; // true: 仅输出index, false: 输出 batch, class, index + int max_output_per_class; // 每个类别最大输出框数 + float iou_threshold; // IoU 阈值 + float score_threshold; // 分数阈值 + } NmsParamFp32; + typedef struct { + int8_t* boxes; // 形状为 (batch, num_boxes, 4) + int8_t* score; // 形状为 (batch, class, num_boxes) + int* output; // 输出缓冲区 + float* candidates; // 候选框临时缓冲区 + int batch_num; // 批次数量 + int class_num; // 类别数量 + int box_num; // 每个类别的框数量 + int center_point_box; // 0: corner box, 1: center point box + bool simple_out; // true: 仅输出index, false: 输出 batch, class, index + int max_output_per_class; // 每个类别最大输出框数 + float iou_threshold; // IoU 阈值 + int8_t score_threshold; // 分数阈值 + } NmsParamInt8; + typedef struct { + float16* boxes; + float16* score; + int* output; + float16* candidates; + uint64_t batch_num; + uint64_t class_num; + uint64_t box_num; + uint64_t center_point_box; + uint64_t simple_out; + uint64_t max_output_per_class; + float iou_threshold_bits; + float score_threshold_bits; + } NmsParamFp16; +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp32, int8 + - MT7004 支持 fp16, fp32 + - MT7004中使用结构体作为参数传入。 + +**共享存储版本:** + +.. c:function:: void i8_non_max_suppression_s(NmsParamInt8* param, int core_mask) +.. c:function:: void fp_non_max_suppression_s(NmsParamFp32* param, int core_mask) +.. c:function:: void hp_non_max_suppression_s(NmsParamFp16* param, int core_mask) + + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 24 + + //MT7004示例 + #include + + int main(int argc, char* argv[]) { + float *boxes = (float *)0xA0000000; + float *score = (float *)0xA1000000; + int *output = (int *)0xA2000000; + NmsParamFp32* param = (NmsParamFp32*)0xA3000000; + + param->boxes = boxes; + param->score = score; + param->output = output; + param->candidates = candidates; + param->batch_num = 1; + param->class_num = 3; + param->box_num = 100; + param->center_point_box = 0; + param->simple_out = 1; + param->max_output_per_class = 50; + param->iou_threshold_bits = 0.5; + param->score_threshold_bits = 0.1; + + int core_mask = 0xff; + fp_non_max_suppression_s(param, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_non_max_suppression_p(NmsParamInt8* param) +.. c:function:: void fp_non_max_suppression_p(NmsParamFp32* param) +.. c:function:: void hp_non_max_suppression_p(NmsParamFp16* param) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 23 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float *boxes = (float *)0x1000000; + float *score = (float *)0xA1000000; + int *output = (int *)0xA2000000; + NmsParamFp32* param = (NmsParamFp32*)0xA3000000; + + param->boxes = boxes; + param->score = score; + param->output = output; + param->candidates = candidates; + param->batch_num = 1; + param->class_num = 3; + param->box_num = 100; + param->center_point_box = 0; + param->simple_out = 1; + param->max_output_per_class = 50; + param->iou_threshold_bits = 0.5; + param->score_threshold_bits = 0.1; + + fp_non_max_suppression_s(param); + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/nonzero.rst.txt b/master/html/_sources/functionlib/dsplib/nonzero.rst.txt new file mode 100644 index 0000000..c0b9bda --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/nonzero.rst.txt @@ -0,0 +1,119 @@ +NonZero +================= + + + +查找输入张量中 **非零元素的位置索引**。 +该算子按线性顺序遍历输入张量，对于满足“非零”判定条件的元素， +计算其在各维度上的索引，并顺序写入输出索引张量。 + +对于浮点类型，非零的判定标准为： + +.. math:: + + |x| > \epsilon + +其中 :math:`\epsilon` 为平台定义的极小阈值（如 ``FLOAT_EPS``）， +用于避免数值误差导致的误判。 + +输入： + - **input** - 输入数据地址，按一维连续内存存储。 + - **dim_strides** - 各维度步长数组，长度为 ``input_rank``， + 用于将线性索引映射为多维索引。 + - **shape** - 输入张量的形状数组，长度为 ``input_rank`` （当前实现中主要用于描述维度信息）。 + - **input_rank** - 输入张量的维度数。 + - **length** - 输入张量的元素总数。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 非零元素索引输出地址， + 按 ``[non_zero_num, input_rank]`` 形式顺序存储。 + - **non_zero_num** - 非零元素个数指针，函数执行结束后保存最终非零元素数量。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 ``fp32``、``fp64``、``int8``、``int16``、``int32``、``cplx64``、``cplx128`` 类型 + - MT7004 支持 ``fp16``、``fp32``、``int16``、``int32``、``cplx64`` 类型 + - 输出索引按照输入线性遍历顺序排列 + - ``non_zero_num`` 在调用前需初始化为 0 + +**共享存储版本:** + +.. c:function:: void fp_nonzero_s(float* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length, int core_mask) +.. c:function:: void dp_nonzero_s(double* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length, int core_mask) +.. c:function:: void i8_nonzero_s(int8_t* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length, int core_mask) +.. c:function:: void i16_nonzero_s(int16_t* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length, int core_mask) +.. c:function:: void i32_nonzero_s(int32_t* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length, int core_mask) +.. c:function:: void c64_nonzero_s(cplx64* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length, int core_mask) +.. c:function:: void c128_nonzero_s(cplx128* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 18-20 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; + int *output = (int *)0xC0000000; + int *non_zero_num = (int *)0xA1000000; + int *dim_strides = (int *)0xA2000000; + int *shape = (int *)0xA3000000; + + int input_rank = 3; + int length = 1024; + int core_mask = 0xff; + + non_zero_num[0] = 0; + + fp_nonzero_s(input, output, non_zero_num, + dim_strides, shape, input_rank, + length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_nonzero_p(float* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length) +.. c:function:: void dp_nonzero_p(double* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length) +.. c:function:: void i8_nonzero_p(int8_t* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length) +.. c:function:: void i16_nonzero_p(int16_t* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length) +.. c:function:: void i32_nonzero_p(int32_t* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length) +.. c:function:: void c64_nonzero_p(cplx64* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length) +.. c:function:: void c128_nonzero_p(cplx128* input, int* output, int* non_zero_num, int* dim_strides, int* shape, int input_rank, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17-18 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10810000; // L2 空间 + int *output = (int *)0x10820000; + int *non_zero_num = (int *)0x10830000; + int *dim_strides = (int *)0x10840000; + int *shape = (int *)0x10850000; + + int input_rank = 3; + int length = 1024; + + non_zero_num[0] = 0; + + fp_nonzero_p(input, output, non_zero_num, + dim_strides, shape, input_rank, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/not_equal.rst.txt b/master/html/_sources/functionlib/dsplib/not_equal.rst.txt new file mode 100644 index 0000000..f21db52 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/not_equal.rst.txt @@ -0,0 +1,88 @@ +NotEqual +================= + +逐元素计算两个输入是否不相等 + +.. math:: + + output_i = \begin{cases} + \text{True}, & \text{if } Input0_i \neq Input1_i \\ + \text{False}, & \text{if } Input0_i = Input1_i + \end{cases} + +输入： + - **Input0** - 第一个输入数据地址。 + - **Input1** - 第二个输入数据地址。 + - **length** - 计算长度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_not_equal_s(int8_t* Input0, int8_t* Input1, bool* output, int length, int core_mask) +.. c:function:: void i16_not_equal_s(int16_t* Input0, int16_t* Input1, bool* output, int length, int core_mask) +.. c:function:: void i32_not_equal_s(int* Input0, int* Input1, bool* output, int length, int core_mask) +.. c:function:: void hp_not_equal_s(half* Input0, half* Input1, bool* output, int length, int core_mask) +.. c:function:: void fp_not_equal_s(float* Input0, float* Input1, bool* output, int length, int core_mask) +.. c:function:: void dp_not_equal_s(double* Input0, double* Input1, bool* output, int length, int core_mask) +.. c:function:: void c64_not_equal_s(float* Input0, float* Input1, bool* output, int length, int core_mask) +.. c:function:: void c128_not_equal_s(double* Input0, double* Input1, bool* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; //input在DDR空间 + float *input1 = (float *)0xB0000000; + bool *output = (bool *)0xC0000000; + int length = 1000; + int core_mask = 0xff; + fp_not_equal_s(input0, input1, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_not_equal_p(int8_t* Input0, int8_t* Input1, bool* output, int length) +.. c:function:: void i16_not_equal_p(int16_t* Input0, int16_t* Input1, bool* output, int length) +.. c:function:: void i32_not_equal_p(int32_t* Input0, int32_t* Input1, bool* output, int length) +.. c:function:: void hp_not_equal_p(half* Input0, half* Input1, bool* output, int length) +.. c:function:: void fp_not_equal_p(float* Input0, float* Input1, bool* output, int length) +.. c:function:: void dp_not_equal_p(double* Input0, double* Input1, bool* output, int length) +.. c:function:: void c64_not_equal_p(float* Input0, float* Input1, bool* output, int length) +.. c:function:: void c128_not_equal_p(double* Input0, double* Input1, bool* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 9 + + //MT7004示例 + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0x10000000; + float *input1 = (float *)0x10001000; + bool *output = (bool *)0xC0000000; + int length = 1000; + fp_not_equal_p(input0, input1, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/onehot.rst.txt b/master/html/_sources/functionlib/dsplib/onehot.rst.txt new file mode 100644 index 0000000..e9cd886 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/onehot.rst.txt @@ -0,0 +1,115 @@ +OneHot +================= + + 根据输入的索引值，在指定轴上生成独热编码(one-hot encoding)。 + + .. math:: + + output_{i_1, i_2, \dots, i_{axis}, \dots, i_n} = + \begin{cases} + on\_value, & \text{if } i_{axis} = indices_{j} \\ + off\_value, & \text{otherwise} + \end{cases} + + 其中，:math:`indices_{j}` 为输入索引张量的元素，索引 :math:`j` 与输出下标 + :math:`(i_1, \dots, i_{axis-1}, i_{axis+1}, \dots, i_n)` 一一对应。 + :math:`depth` 表示 one-hot 向量的长度，:math:`axis` 表示新维度插入的位置。 + + 当启用 ``support_neg_index`` 时，若 :math:`indices_{j} < 0`，则执行如下修正： + + .. math:: + + indices_{j} = indices_{j} + depth + + 输入： + - **on_off** - 包含**on_value**和**off_value**，表示独热编码中“热”和“冷”位置的值。 + - **axis** - 指定生成独热编码的轴。 + - **depth** - 独热编码的深度。 + - **support_neg_index** - 是否支持负索引。 + - **indices_shape_size** - 索引形状的维度大小。 + - **indices_shape** - 索引的形状数组地址。 + - **indices** - 索引值地址。 + - **core_mask** - 核心掩码，指定使用的计算核心。 + + 输出： + - **output** - 生成的独热编码结果地址。 + + 支持平台： + ``FT78NE`` + ``MT7004`` + + .. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + - MT6678 调用时将 axis/depth/support_neg_index/indices_shape_size打包通过 int_param 数组传入 + +**共享存储版本:** + +.. c:function:: void i8_onehot_s(int8_t *on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, int8_t *output, int core_mask) +.. c:function:: void i16_onehot_s(int16_t *on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, int16_t *output, int core_mask) +.. c:function:: void i32_onehot_s(int *on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, int *output, int core_mask) +.. c:function:: void hp_onehot_s(half *on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, half *output, int core_mask) +.. c:function:: void fp_onehot_s(float *on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, float *output, int core_mask) +.. c:function:: void dp_onehot_s(double *on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, double *output, int core_mask) +.. c:function:: void c64_onehot_s(float* on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, float *output, int core_mask) +.. c:function:: void c128_onehot_s(double* on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, double *output, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float on_off[2] = {1.0, 0.0}; + int axis=1, depth=4, indices_shape_size=2; + int support_neg_index=1; + int int_param[4] = {axis, depth, support_neg_index, indices_shape_size}; + int indices_shape[2] = {3, 3}; + int *indices = (int *)0xA0000000; // indices在DDR空间 + float *output = (float*)0xB0000000; // indices_shape[0] * depth * indices_shape[1] + int core_mask = 0xff; + fp_onehot_p(on_off, int_param, indices_shape, indices, output, core_mask); + // 7004调用方式： + // fp_onehot_p(on_off, axis, depth, support_neg_index, indices_shape_size, indices_shape, indices, output, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_onehot_p(int8_t *on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, int8_t *output) +.. c:function:: void i16_onehot_p(int16_t *on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, int16_t *output) +.. c:function:: void i32_onehot_p(int *on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, int *output) +.. c:function:: void hp_onehot_p(half *on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, half *output) +.. c:function:: void fp_onehot_p(float *on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, float *output) +.. c:function:: void dp_onehot_p(double *on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, double *output) +.. c:function:: void c64_onehot_p(float* on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, float *output) +.. c:function:: void c128_onehot_p(double* on_off, int axis, int depth, int support_neg_index, int indices_shape_size, int *indices_shape, int *indices, double *output) + + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float on_off[2] = {1.0, 0.0}; + int axis=1, depth=4, indices_shape_size=2; + int support_neg_index=1; + int int_param[4] = {axis, depth, support_neg_index, indices_shape_size}; + int indices_shape[2] = {3, 3}; + int *indices = (int *)0x10000000; // indices在L2空间 + float *output = (float*)0x10001000; // indices_shape[0] * depth * indices_shape[1] + fp_onehot_p(on_off, int_param, indices_shape, indices, output); + // 7004调用方式： + // fp_onehot_p(on_value, off_value, axis, depth, support_neg_index, indices_shape_size, indices_shape, indices, output); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/ones_like.rst.txt b/master/html/_sources/functionlib/dsplib/ones_like.rst.txt new file mode 100644 index 0000000..25236e9 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/ones_like.rst.txt @@ -0,0 +1,87 @@ +OnesLike +================= + +对输出数组的所有元素填充数值 1。对于复数类型，实部填充 1.0，虚部填充 0.0。 + +.. math:: + + \text{对于实数类型:}\quad output_i = 1 + +.. math:: + + \text{对于复数类型:}\quad output_i = 1 + 0i + +输入： + - **output** - 待填充的目标内存地址。 + - **length** - 处理的元素个数（对于复数类型，指复数的个数）。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 填充完成后的结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 int16, int32, fp16, fp32, cplx64 + - 复数类型（cplx64 / cplx128）在内存中以连续的 [实部, 虚部] 形式存储，OnesLike 将其设置为 [1.0, 0.0]。 + - 共享存储版本在内部使用 DMA 加速和“加倍拷贝法”以提高填充效率。 + +**共享存储版本:** + +.. c:function:: void i8_ones_like_s(int8_t* output, int length, int core_mask) +.. c:function:: void i16_ones_like_s(int16_t* output, int length, int core_mask) +.. c:function:: void i32_ones_like_s(int32_t* output, int length, int core_mask) +.. c:function:: void hp_ones_like_s(half* output, int length, int core_mask) +.. c:function:: void fp_ones_like_s(float* output, int length, int core_mask) +.. c:function:: void dp_ones_like_s(double* output, int length, int core_mask) +.. c:function:: void c64_ones_like_s(float* output, int length, int core_mask) +.. c:function:: void c128_ones_like_s(double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 9 + + //FT78NE示例（共享存储） + #include + #include "78NE/utils.h" + + int main(int argc, char* argv[]) { + float *output = (float *)0xB0000000; // 输出在 DDR 空间 + int length = 960001; + int core_mask = 0x0B; // 使用核心 0, 1, 3 + fp_ones_like_s(output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_ones_like_p(int8_t* output, int length) +.. c:function:: void i16_ones_like_p(int16_t* output, int length) +.. c:function:: void i32_ones_like_p(int32_t* output, int length) +.. c:function:: void hp_ones_like_p(half* output, int length) +.. c:function:: void fp_ones_like_p(float* output, int length) +.. c:function:: void dp_ones_like_p(double* output, int length) +.. c:function:: void c64_ones_like_p(float* output, int length) +.. c:function:: void c128_ones_like_p(double* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 7 + + //MT7004 示例（私有存储） + #include + + int main(int argc, char* argv[]) { + float *output = (float *)0x10002000; + int length = 1024; + fp_ones_like_p(output, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/padfusion.rst.txt b/master/html/_sources/functionlib/dsplib/padfusion.rst.txt new file mode 100644 index 0000000..2260e03 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/padfusion.rst.txt @@ -0,0 +1,188 @@ +PadFusion +================= +通过指定的填充模式和大小对输入张量进行填充，支持常数填充、反射填充和对称填充三种模式。 + +输入： + - **input** - 输入张量地址。 + - **input_shape** - 输入张量形状数组（不超过4维，不足时从后往前补0）。 + - **output_shape** - 输出张量形状数组（不超过4维，不足时从后往前补0）。 + - **paddings** - 填充大小数组（长度为 (2 × 输入张量维数)，不足时从后往前补0）。 + - **padding_mode** - 填充模式：Constant=0, Reflect=1, Symmetric=2。 + - **constant_value** - 常量填充时的填充值（仅Constant模式使用）。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 输出数据地址。 + - **formated_input_shape** - 格式化后的输入形状数组地址。 + - **formated_output_shape** - 格式化后的输出形状数组地址。 + - **formated_paddings** - 格式化后的填充数组地址。 + - **in_strides** - 输入张量步长数组地址。 + - **out_strides** - 输出张量步长数组地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型：int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持的数据类型：fp16, fp32, int16, int32, cplx64 + +**填充模式说明：** + - ``kConstant = 0`` - 常数填充，使用指定的 constant_value 进行填充 + - ``kReflect = 1`` - 反射填充，使用张量边缘的值(不包含边界值)填充输入张量。例如，向 [1, 2, 3, 4] 的两边分别填充2个元素，结果为 [3, 2, 1, 2, 3, 4, 3, 2]。 + - ``kSymmetric = 2`` - 对称填充，使用张量边缘的值(包含边界值)填充输入张量。例如，向 [1, 2, 3, 4] 的两边分别填充2个元素，结果为 [2, 1, 1, 2, 3, 4, 4, 3]。 + +**共享存储版本：** + +.. c:function:: void i8_padfusion_s(long long* params, int core_mask) +.. c:function:: void i16_padfusion_s(long long* params, int core_mask) +.. c:function:: void i32_padfusion_s(long long* params, int core_mask) +.. c:function:: void fp_padfusion_s(long long* params, int core_mask) +.. c:function:: void dp_padfusion_s(long long* params, int core_mask) +.. c:function:: void c64_padfusion_s(long long* params, int core_mask) +.. c:function:: void c128_padfusion_s(long long* params, int core_mask) +.. c:function:: void hp_padfusion_s(long long* params, int core_mask) + +**参数数组结构：** + +.. code-block:: c + :linenos: + + long long params[12]; + params[0] = (long long)input; // 输入数据地址 + params[1] = (long long)output; // 输出数据地址 + params[2] = (long long)input_shape; // 输入形状数组 + params[3] = (long long)output_shape; // 输出形状数组 + params[4] = (long long)paddings; // 填充数组 + params[5] = (long long)padding_mode; // 填充模式 + params[6] = (long long)constant_value; // 常数填充值的*地址* + params[7] = (long long)formated_input_shape; // 格式化输入形状 + params[8] = (long long)formated_output_shape; // 格式化输出形状 + params[9] = (long long)formated_paddings; // 格式化填充数组 + params[10] = (long long)in_strides; // 输入步长数组 + params[11] = (long long)out_strides; // 输出步长数组 + +**C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 49 + + // FT78NE 多核示例 + #include + #include + + int main(void) { + srand(time(0)); + + // 输入参数设置 + int input_shape[4] = {23, 31, 29, 28}; + int paddings[8] = {3, 2, 3, 2, 1, 2, 0, 2}; + int padding_mode = 2; // kSymmetric + double constant_value[2] = {1.0, 0.0}; + int core_mask = 0xff; + + // 内存分配（DDR空间） + double* input = (double*)0x81000000; + double* output = (double*)0x82000000; + int* formated_input_shape = (int*)0x84000000; + int* formated_output_shape = (int*)0x85000000; + int* formated_paddings = (int*)0x86000000; + int* in_strides = (int*)0x87000000; + int* out_strides = (int*)0x88000000; + int* output_shape = (int*)0x89000000; + + // 计算输出形状 + for (int i = 0; i < 4; ++i) { + output_shape[i] = input_shape[i] + paddings[i * 2] + paddings[i * 2 + 1]; + } + + // 初始化input + // ... 省略初始化input数据代码 ... + + // 准备参数数组 + long long params[12]; + params[0] = (long long)input; + params[1] = (long long)output; + params[2] = (long long)input_shape; + params[3] = (long long)output_shape; + params[4] = (long long)paddings; + params[5] = (long long)padding_mode; + params[6] = (long long)constant_value; + params[7] = (long long)formated_input_shape; + params[8] = (long long)formated_output_shape; + params[9] = (long long)formated_paddings; + params[10] = (long long)in_strides; + params[11] = (long long)out_strides; + + // 执行 PadFusion 操作 + c128_padfusion_s(params, core_mask); + return 0; + } + +**私有存储版本：** + +.. c:function:: void i8_padfusion_p(long long* params) +.. c:function:: void i16_padfusion_p(long long* params) +.. c:function:: void i32_padfusion_p(long long* params) +.. c:function:: void fp_padfusion_p(long long* params) +.. c:function:: void dp_padfusion_p(long long* params) +.. c:function:: void c64_padfusion_p(long long* params) +.. c:function:: void c128_padfusion_p(long long* params) +.. c:function:: void hp_padfusion_p(long long* params) + +**C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 47 + + // MT7004 单核示例 + #include + #include + + + int main(void) { + // 输入参数设置 + int input_shape[4] = {4, 8, 4, 8}; + int paddings[8] = {1, 1, 1, 1, 1, 1, 1, 1}; + int padding_mode = 0; // kConstant + float constant_value = 0.0f; + + // 内存分配（L2空间） + float* input = (float*)0x10000000; + float* output = (float*)0x10100000; + int* output_shape = (int*)0x10200000; + int* formated_input_shape = (int*)0x10300000; + int* formated_output_shape = (int*)0x10400000; + int* formated_paddings = (int*)0x10500000; + int* in_strides = (int*)0x10600000; + int* out_strides = (int*)0x10700000; + + // 计算输出形状 + for (int i = 0; i < 4; ++i) { + output_shape[i] = input_shape[i] + paddings[i * 2] + paddings[i * 2 + 1]; + } + + // 初始化input + // ... 省略初始化input数据代码 ... + + // 准备参数数组 + long long params[12]; + params[0] = (long long)input; + params[1] = (long long)output; + params[2] = (long long)input_shape; + params[3] = (long long)output_shape; + params[4] = (long long)paddings; + params[5] = (long long)padding_mode; + params[6] = (long long)&constant_value; + params[7] = (long long)formated_input_shape; + params[8] = (long long)formated_output_shape; + params[9] = (long long)formated_paddings; + params[10] = (long long)in_strides; + params[11] = (long long)out_strides; + + // 执行 PadFusion 操作 + fp_padfusion_p(params); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/pow_fusion.rst.txt b/master/html/_sources/functionlib/dsplib/pow_fusion.rst.txt new file mode 100644 index 0000000..8def4ed --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/pow_fusion.rst.txt @@ -0,0 +1,95 @@ +PowFusion +================= +先对输入按线性变换，然后逐元素计算幂运算，支持指数广播。 + +.. math:: + + \text{if broadcast: } output_i = (scale \times Input_i + shift)^{exponent_0} \\ + \text{else: } output_i = (scale \times Input_i + shift)^{exponent_i} + +输入： + - **Input** - 输入数据地址。 + - **exponent** - 指数数据地址；当 **broadcast** 为 True 时读取 `exponent[0]` 作为标量。 + - **length_in** - 输入长度。 + - **scale** - 线性变换比例系数。 + - **shift** - 线性变换偏移值。 + - **broadcast** - 是否将指数作为标量广播。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp32, fp64, int8, int16, int32 + - MT7004 支持 fp32, fp16, int16, int32 + - 当指数为整数（即 fabs(exp - (int)exp) < 1e-6）时，内部使用优化的整数次幂实现以提高性能。 + - 对于负底数与非整数指数或其它非法值（如 0^negative），结果可能为未定义或产生 NaN/Inf，上层应负责必要的数值检查与处理。 + +**共享存储版本:** + +.. c:function:: void i8_pow_fusion_s(int8_t* Input, int8_t* exponent, int8_t* output, int length_in, int8_t scale, int8_t shift, bool broadcast, int core_mask) +.. c:function:: void i16_pow_fusion_s(int16_t* Input, int16_t* exponent, int16_t* output, int length_in, int scale, int shift, bool broadcast, int core_mask) +.. c:function:: void i32_pow_fusion_s(int32_t* Input, int32_t* exponent, int32_t* output, int length_in, int scale, int shift, bool broadcast, int core_mask) +.. c:function:: void hp_pow_fusion_s(half* Input, half* exponent, half* output, int length_in, float scale, float shift, bool broadcast, int core_mask) +.. c:function:: void fp_pow_fusion_s(float* Input, float* exponent, float* output, int length_in, float scale, float shift, bool broadcast, int core_mask) +.. c:function:: void dp_pow_fusion_s(double* Input, double* exponent, double* output, int length_in, double scale, double shift, bool broadcast, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 14 + + // FT78NE 共享存储示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input 在 DDR 空间 + float *exponent = (float *)0xA0100000; // exponent 在 DDR 空间（或标量） + float *output = (float *)0xB0000000; + int length_in = 1024; + float scale = 1.0f; + float shift = 0.0f; + bool broadcast = false; + int core_mask = 0xff; + fp_pow_fusion_s(input, exponent, output, length_in, scale, shift, broadcast, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_pow_fusion_p(int8_t* Input, int8_t* exponent, int8_t* output, int length_in, int8_t scale, int8_t shift, bool broadcast) +.. c:function:: void i16_pow_fusion_p(int16_t* Input, int16_t* exponent, int16_t* output, int length_in, int scale, int shift, bool broadcast) +.. c:function:: void i32_pow_fusion_p(int32_t* Input, int32_t* exponent, int32_t* output, int length_in, int scale, int shift, bool broadcast) +.. c:function:: void hp_pow_fusion_p(half* Input, half* exponent, half* output, int length_in, float scale, float shift, bool broadcast) +.. c:function:: void fp_pow_fusion_p(float* Input, float* exponent, float* output, int length_in, float scale, float shift, bool broadcast) +.. c:function:: void dp_pow_fusion_p(double* Input, double* exponent, double* output, int length_in, double scale, double shift, bool broadcast) + + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 13 + + // MT7004 私有存储示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; + float *exponent = (float *)0x10001000; + float *output = (float *)0x10002000; + int length_in = 1024; + float scale = 1.0f; + float shift = 0.0f; + bool broadcast = false; + fp_pow_fusion_p(input, exponent, output, length_in, scale, shift, broadcast); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/power_grad.rst.txt b/master/html/_sources/functionlib/dsplib/power_grad.rst.txt new file mode 100644 index 0000000..dd76241 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/power_grad.rst.txt @@ -0,0 +1,79 @@ +PowerGrad +================= +计算 Power的梯度。 +对每个输入元素执行线性变换，并根据公式计算梯度结果。 + +.. math:: + + output_i = power \times scale \times Input1_i \times (scale \times Input2_i + shift)^{(power - 1)} + +输入： + - **Input1** - 第一个输入数据地址，对应前向传播的输入。 + - **Input2** - 第二个输入数据地址，对应前向传播的输入。 + - **length** - 输入长度。 + - **power** - 幂指数。 + - **scale** - 缩放系数。 + - **shift** - 偏移值。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 梯度计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp32 + - MT7004 支持 fp32, fp16 + - 若 **scale** 为 0，则输出恒为 0。 + +**共享存储版本:** + +.. c:function:: void fp_power_grad_s(float* Input1, float* Input2, float* output, int length, float power, float scale, float shift, int core_mask) +.. c:function:: void hp_power_grad_s(half* Input1, half* Input2, half* output, int length, float power, float scale, float shift, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float *input1 = (float *)0xA0000000; // input1 在 DDR 空间 + float *input2 = (float *)0xA1000000; // input2 在 DDR 空间 + float *output = (float *)0xB0000000; // 输出结果在 DDR 空间 + int length = 1024; + float power = 2.0f, scale = 0.5f, shift = 1.0f; + int core_mask = 0xff; + fp_power_grad_s(input1, input2, output, length, power, scale, shift, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_power_grad_p(float* Input1, float* Input2, float* output, int length, float power, float scale, float shift) +.. c:function:: void hp_power_grad_p(half* Input1, half* Input2, half* output, int length, float power, float scale, float shift) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + //MT7004示例 + #include + + int main(int argc, char* argv[]) { + float *input1 = (float *)0x10000000; + float *input2 = (float *)0x10001000; + float *output = (float *)0x10002000; + int length = 1024; + float power = 2.0f, scale = 0.5f, shift = 1.0f; + fp_power_grad_p(input1, input2, output, length, power, scale, shift); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/prelufusion.rst.txt b/master/html/_sources/functionlib/dsplib/prelufusion.rst.txt new file mode 100644 index 0000000..91c7b2d --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/prelufusion.rst.txt @@ -0,0 +1,84 @@ +PReLUFusion +================= + +对输入数组逐元素执行 PReLU 激活函数。对于每个元素，若小于等于 0，则乘以斜率参数 slope，否则保持原值。 + +.. math:: + + \text{dst}_i = + \begin{cases} + \text{src}_i \cdot \text{slope}, & \text{if } \text{src}_i \le 0 \\ + \text{src}_i, & \text{otherwise} + \end{cases} + +输入： + - **src_data** - 输入数据地址。 + - **slope** - PReLU 斜率参数。 + - **start** - 起始索引。 + - **end** - 结束索引。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **dst_data** - 输出数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp, int8 + - MT7004 支持hp, fp + +**共享存储版本:** + +.. c:function:: void fp_prelufusion_s(float* src_data, float* dst_data, float slope, int start, int end, int core_mask) +.. c:function:: void hp_prelufusion_s(half* src_data, half* dst_data, half slope, int start, int end, int core_mask) +.. c:function:: void i8_prelufusion_s(int8_t* src_data, int8_t* dst_data, float slope, int start, int end, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + #include + #include + + int main() { + float *src = (float *)0xA0000000; // 输入在DDR空间 + float *dst = (float *)0xC0000000; + float slope = 0.25; + int start = 0; + int end = 999; + int core_mask = 0xff; + + fp_prelufusion_s(src, dst, slope, start, end, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_prelufusion_p(float* src_data, float* dst_data, float slope, int start, int end) +.. c:function:: void hp_prelufusion_p(half* src_data, half* dst_data, half slope, int start, int end) +.. c:function:: void i8_prelufusion_p(int8_t* src_data, int8_t* dst_data, float slope, int start, int end) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + #include + #include + + int main() { + float *src = (float *)0x10810000; // 输入在L2空间 + float *dst = (float *)0x10820000; + float slope = 0.25; + int start = 0; + int end = 999; + + fp_prelufusion_p(src, dst, slope, start, end); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/priorbox.rst.txt b/master/html/_sources/functionlib/dsplib/priorbox.rst.txt new file mode 100644 index 0000000..8207c0f --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/priorbox.rst.txt @@ -0,0 +1,100 @@ +Priorbox +================= + +根据输入的特征图尺寸、步长和预设的候选框配置，逐元素计算先验框（Prior Boxes），通常用于目标检测模型。 + +该算子遍历特征图的每一个网格中心点，并围绕该中心点生成一系列具有不同尺寸和宽高比的候选框。生成的坐标 ``[xmin, ymin, xmax, ymax]`` 经过归一化处理。 + +输入： + - **fmap_h** - 当前特征图的高度。 + - **fmap_w** - 当前特征图的宽度。 + - **step_h** - 计算先验框在原图上坐标时的垂直缩放比例。 + - **step_w** - 计算先验框在原图上坐标时的水平缩放比例。 + - **offset** - 中心点偏移量，通常为0.5，表示取网格的正中心。 + - **min_sizes** - 定义基础先验框尺寸的浮点数数组。 + - **min_sizes_size** - ``min_sizes`` 数组的长度。 + - **max_sizes** - 可选的浮点数数组，用于生成额外的正方形先验框。 + - **max_sizes_size** - ``max_sizes`` 数组的长度。 + - **different_aspect_ratios** - 定义不同宽高比的浮点数数组。 + - **different_aspect_ratios_size** - ``different_aspect_ratios`` 数组的长度。 + - **core_mask** - 核掩码 (仅共享存储版本需要)。 + +输出： + - **output** - 用于存储最终生成的先验框坐标的数组。 + - **output_size** - 指向一个整数的指针，函数执行后，该整数将记录写入 ``output`` 数组的浮点数总数。 + +支持平台： + ``6678`` + ``7004`` + +.. note:: + - 6678支持fp32类型。 + - 7004支持fp16和fp32类型。 + +**共享存储版本:** + +.. c:function:: int fp_priorbox_s(int fmap_h, int fmap_w, float step_h, float step_w, float offset, float *min_sizes, int min_sizes_size, float *max_sizes, int max_sizes_size, float *different_aspect_ratios, int different_aspect_ratios_size, float *output, int *output_size, int core_mask) +.. c:function:: int hp_priorbox_s(int fmap_h, int fmap_w, half step_h, half step_w, half offset, half *min_sizes, int min_sizes_size, half *max_sizes, int max_sizes_size, half *different_aspect_ratios, int different_aspect_ratios_size, half *output, int *output_size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 22 + + #include "priorbox.h" + + int main() { + // DDR memory pointers + float *min_sizes = (float *)0xA0000000; + float *max_sizes = (float *)0xA0001000; + float *ratios = (float *)0xA0002000; + float *output = (float *)0xB0000000; + int output_size = 0; + + // Parameters + int fmap_h = 19, fmap_w = 19; + float step_h = 16.0f, step_w = 16.0f; + float offset = 0.5f; + int min_sizes_size = 1; + int max_sizes_size = 1; + int ratios_size = 2; + int core_mask = 0xff; + + // (假设 min_sizes, max_sizes, ratios 已在DDR中填充数据) + + fp_priorbox_s(fmap_h, fmap_w, step_h, step_w, offset, min_sizes, min_sizes_size, max_sizes, max_sizes_size, ratios, ratios_size, output, &output_size, core_mask); + + return 0; + } + +**私有存储版本:** + +.. c:function:: int fp_priorbox_p(int fmap_h, int fmap_w, float step_h, float step_w, float offset, float *min_sizes, int min_sizes_size, float *max_sizes, int max_sizes_size, float *different_aspect_ratios, int different_aspect_ratios_size, float *output, int *output_size) +.. c:function:: int hp_priorbox_p(int fmap_h, int fmap_w, half step_h, half step_w, half offset, half *min_sizes, int min_sizes_size, half *max_sizes, int max_sizes_size, half *different_aspect_ratios, int different_aspect_ratios_size, half *output, int *output_size) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16 + + #include "priorbox.h" + + int main() { + // L2 memory arrays + float min_sizes_data[] = {30.0f}; + float max_sizes_data[] = {60.0f}; + float ratios_data[] = {2.0f, 0.5f}; + float output_data[4 * 19 * 19 * (1 + 1 + 2)]; // 足够大的空间 + int output_size = 0; + + // Parameters + int fmap_h = 19, fmap_w = 19; + float step_h = 16.0f, step_w = 16.0f; + float offset = 0.5f; + + fp_priorbox_p(fmap_h, fmap_w, step_h, step_w, offset, min_sizes_data, 1, max_sizes_data, 1, ratios_data, 2, output_data, &output_size); + + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/quantdtypecast.rst.txt b/master/html/_sources/functionlib/dsplib/quantdtypecast.rst.txt new file mode 100644 index 0000000..e1a072f --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/quantdtypecast.rst.txt @@ -0,0 +1,113 @@ +QuantDTypeCast +================= + + +逐元素执行量化与反量化的数据类型转换操作，用于在浮点数与整型量化表示之间进行转换。 + +- **Quantize**：将 fp32/fp16 数据量化为 int8 +- **Dequantize**：将 int8 数据反量化为 fp32/fp16 + + +.. math:: + + \text{Quantize:}\quad + q_i = \operatorname{clip}\Bigl(\operatorname{round}\bigl(\frac{x_i}{\text{scale}} + \text{zp}\bigr),\ q_{\min},\ q_{\max}\Bigr) + +.. math:: + + \text{Dequantize:}\quad + x_i = (q_i - \text{zp}) \times \text{scale} + +其中： + +- :math:`x_i` 为输入浮点值 +- :math:`q_i` 为量化后的整型值 +- :math:`\text{scale}` 为量化比例因子 +- :math:`\text{zp}` 为零点（zero point） +- :math:`q_{\min}, q_{\max}` 为量化数据类型的取值范围（int8 对应 -128 到 127） + + +输入： + - **input** - 输入数据地址。 + - **scale** - 量化或反量化所使用的比例因子。 + - **zp** - 零点（zero point）。 + - **length** - 输入数据的元素个数。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出数据地址，其大小与 ``input`` 相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型： + - Quantize：fp32 → int8 + - Dequantize：int8 → fp32 + - MT7004 支持的数据类型： + - Quantize：fp32/fp16 → int8 + - Dequantize：int8 → fp32/fp16 + - 当输入值为 ``+∞`` 或 ``-∞`` 时，Quantize 结果分别饱和到 ``q_max`` 或 ``q_min`` + + +**共享存储版本：** + +.. c:function:: void fp_to_i8_quant_s(float* input, int8_t* output, float scale, int zp, int length, int core_mask) +.. c:function:: void i8_to_fp_dequant_s(int8_t* input, float* output, float scale, int zp, int length, int core_mask) +.. c:function:: void hp_to_i8_quant_s(half* input, int8_t* output, half scale, int zp, int length, int core_mask) +.. c:function:: void i8_to_hp_dequant_s(int8_t* input, half* output, half scale, int zp, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + // FT78NE 多核示例（Quantize） + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input 在 DDR 空间 + int8_t *output = (int8_t *)0xB0000000; // output 在 DDR 空间 + + float scale = 0.05f; + int zp = 0; + int length = 4096; + int core_mask = 0xff; + + fp_to_i8_quant_s(input, output, scale, zp, length, core_mask); + return 0; + } + + +**私有存储版本：** + +.. c:function:: void fp_to_i8_quant_p(float* input, int8_t* output, float scale, int zp, int length) +.. c:function:: void i8_to_fp_dequant_p(int8_t* input, float* output, float scale, int zp, int length) +.. c:function:: void hp_to_i8_quant_p(half* input, int8_t* output, half scale, int zp, int length) +.. c:function:: void i8_to_hp_dequant_p(int8_t* input, half* output, half scale, int zp, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + // MT7004 单核示例（Dequantize） + #include + #include + + int main(int argc, char* argv[]) { + int8_t *input = (int8_t *)0x10000000; // input 在 L2 空间 + float *output = (float *)0x11000000; // output 在 L2 空间 + + float scale = 0.05f; + int zp = 0; + int length = 1024; + + i8_to_fp_dequant_p(input, output, scale, zp, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/random_normal.rst.txt b/master/html/_sources/functionlib/dsplib/random_normal.rst.txt new file mode 100644 index 0000000..7ffa3f2 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/random_normal.rst.txt @@ -0,0 +1,79 @@ +RandomNormal +================= + +生成服从指定均值和标准差的正态分布随机数序列。 + +.. math:: + + output_i \sim \mathcal{N}(\text{mean}, \text{scale}^2) + +输入： + - **length** - 输出数据长度。 + - **mean** - 正态分布的均值。 + - **scale** - 正态分布的标准差。 + - **seed** - 随机数种子，用于控制生成序列的随机性。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 生成的随机数结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp32 + - MT7004 支持 fp32, fp16 + - 输出服从 :math:`\mathcal{N}(\text{mean}, \text{scale}^2)` 分布。 + - 相同的随机种子会生成确定性一致的输出序列。 + + +**共享存储版本:** + +.. c:function:: void fp_random_normal_s(float* output, int length, float mean, float scale, unsigned int seed, int core_mask) +.. c:function:: void hp_random_normal_s(half* output, int length, float mean, float scale, unsigned int seed, int core_mask) + + **C 调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + // FT78NE 示例 + #include + + int main(int argc, char* argv[]) { + float *output = (float *)0xA0000000; // output 在 DDR 空间 + int length = 1024; + float mean = 0.0f; + float scale = 1.0f; + unsigned int seed = 1234; + int core_mask = 0xff; + fp_random_normal_s(output, length, mean, scale, seed, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_random_normal_p(float* output, int length, float mean, float scale, unsigned int seed) +.. c:function:: void hp_random_normal_p(half* output, int length, float mean, float scale, unsigned int seed) + + **C 调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + // MT7004 示例 + #include + + int main(int argc, char* argv[]) { + float *output = (float *)0x10010000; + int length = 1024; + float mean = 0.0f; + float scale = 1.0f; + unsigned int seed = 1234; + fp_random_normal_p(output, length, mean, scale, seed); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/random_standard_normal.rst.txt b/master/html/_sources/functionlib/dsplib/random_standard_normal.rst.txt new file mode 100644 index 0000000..7f2bf77 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/random_standard_normal.rst.txt @@ -0,0 +1,72 @@ +RandomStandardNormal +====================== + +生成服从标准正态分布 :math:`\mathcal{N}(0, 1)` 的随机数序列。 + +.. math:: + + output_i \sim \mathcal{N}(0, 1) + +输入： + - **length** - 输出数据长度。 + - **seed** - 随机数种子，用于控制生成序列的随机性。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 生成的标准正态分布随机数地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp32 + - MT7004 支持 fp32, fp16 + - 相同的种子可生成相同的随机数序列（确定性行为）。 + - 随机数生成使用 Box–Muller 算法实现。 + +**共享存储版本:** + +.. c:function:: void fp_random_standard_normal_s(float* output, int length, unsigned int seed, int core_mask) +.. c:function:: void hp_random_standard_normal_s(half* output, int length, unsigned int seed, int core_mask) + + **C 调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 9 + + // FT78NE 示例 + #include + + int main(int argc, char* argv[]) { + float *output = (float *)0xA0000000; // output 在 DDR 空间 + int length = 1024; + unsigned int seed = 1234; + int core_mask = 0xff; + fp_random_standard_normal_s(output, length, seed, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_random_standard_normal_p(float* output, int length, unsigned int seed) +.. c:function:: void hp_random_standard_normal_p(half* output, int length, unsigned int seed) + + **C 调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 8 + + // MT7004 示例 + #include + + int main(int argc, char* argv[]) { + float *output = (float *)0x10010000; + int length = 1024; + unsigned int seed = 1234; + fp_random_standard_normal_p(output, length, seed); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/range.rst.txt b/master/html/_sources/functionlib/dsplib/range.rst.txt index f5e7db7..75c0d94 100644 --- a/master/html/_sources/functionlib/dsplib/range.rst.txt +++ b/master/html/_sources/functionlib/dsplib/range.rst.txt @@ -36,7 +36,7 @@ Range .. code-block:: c :linenos: - :emphasize-lines: 11 + :emphasize-lines: 10 #include #include @@ -63,7 +63,7 @@ Range .. code-block:: c :linenos: - :emphasize-lines: 10 + :emphasize-lines: 9 #include #include diff --git a/master/html/_sources/functionlib/dsplib/rank.rst.txt b/master/html/_sources/functionlib/dsplib/rank.rst.txt new file mode 100644 index 0000000..3a6005b --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/rank.rst.txt @@ -0,0 +1,64 @@ +Rank +================= + + 获取输入张量的秩（维数），并将该值写入输出地址。 + + 输入： + - **output** - 输出数据的地址，用于存储秩的结果。 + - **n** - 输入张量的秩（维数）。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + + 输出： + - **output** - 存储秩数值的地址。 + + 支持平台： + ``FT78NE`` + ``MT7004`` + + .. note:: + - 由于该算子对于不同数据类型的具体实现一致，因此统一使用 ``rank_s`` 和 ``rank_p`` 命名，不再区分数据类型前缀（如 ``fp_``, ``i8_`` 等）。 + - 支持的数据类型包括：int8, int16, int32, fp32, fp64, cplx64, cplx128。 + +**共享存储版本:** + +.. c:function:: void rank_s(int* output, int n, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 8 + + #include + + int main(int argc, char* argv[]) { + int n = 4; // 假设张量的秩为4 + int *output = (int *)0xA0000000; + int core_mask = 0xff; + + rank_s(output, n, core_mask); + + return 0; + } + + +**私有存储版本:** + +.. c:function:: void rank_p(int* output, int n) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 7 + + #include + + int main(int argc, char* argv[]) { + int n = 3; // 假设张量的秩为3 + int *output = (int *)0x10810000; + + rank_p(output, n); + + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/real_div.rst.txt b/master/html/_sources/functionlib/dsplib/real_div.rst.txt new file mode 100644 index 0000000..c0bf170 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/real_div.rst.txt @@ -0,0 +1,85 @@ +RealDiv +================= +逐元素计算两个输入的除法。 + +.. math:: + + output_i = \frac{input0_i}{input1_i} + +输入： + - **input0** - 被除数输入数据地址。 + - **input1** - 除数输入数据地址。 + - **length** - 计算长度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - 若除数元素为 0，则输出结果为无穷大或未定义值，需由上层逻辑处理。 + +**共享存储版本:** + +.. c:function:: void i8_real_div_s(int8_t* input0, int8_t* input1, int8_t* output, int length, int core_mask) +.. c:function:: void i16_real_div_s(int16_t* input0, int16_t* input1, int16_t* output, int length, int core_mask) +.. c:function:: void i32_real_div_s(int32_t* input0, int32_t* input1, int32_t* output, int length, int core_mask) +.. c:function:: void hp_real_div_s(half* input0, half* input1, half* output, int length, int core_mask) +.. c:function:: void fp_real_div_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void dp_real_div_s(double* input0, double* input1, double* output, int length, int core_mask) +.. c:function:: void c64_real_div_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void c128_real_div_s(double* input0, double* input1, double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; // input0 在 DDR 空间 + float *input1 = (float *)0xA1000000; // input1 在 DDR 空间 + float *output = (float *)0xB0000000; // 输出结果在 DDR 空间 + int length = 1024; + int core_mask = 0xff; + fp_real_div_s(input0, input1, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_real_div_p(int8_t* input0, int8_t* input1, int8_t* output, int length) +.. c:function:: void i16_real_div_p(int16_t* input0, int16_t* input1, int16_t* output, int length) +.. c:function:: void i32_real_div_p(int32_t* input0, int32_t* input1, int32_t* output, int length) +.. c:function:: void hp_real_div_p(half* input0, half* input1, half* output, int length) +.. c:function:: void fp_real_div_p(float* input0, float* input1, float* output, int length) +.. c:function:: void dp_real_div_p(double* input0, double* input1, double* output, int length) +.. c:function:: void c64_real_div_p(float* input0, float* input1, float* output, int length) +.. c:function:: void c128_real_div_p(double* input0, double* input1, double* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 9 + + //MT7004 示例 + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0x10000000; + float *input1 = (float *)0x10001000; + float *output = (float *)0x10002000; + int length = 1024; + fp_real_div_p(input0, input1, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/reciprocal.rst.txt b/master/html/_sources/functionlib/dsplib/reciprocal.rst.txt new file mode 100644 index 0000000..d1cd809 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/reciprocal.rst.txt @@ -0,0 +1,82 @@ +Reciprocal +================= +逐元素计算输入数据的倒数。 + +.. math:: + + output_i = \frac{1}{Input_i} + +输入： + - **Input** - 输入数据地址。 + - **length** - 计算长度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - 当输入为 0 时，输出结果为无穷大或未定义值，需由上层逻辑处理。 + +**共享存储版本:** + +.. c:function:: void i8_reciprocal_s(int8_t* Input, float* output, int length, int core_mask) +.. c:function:: void i16_reciprocal_s(int16_t* Input, float* output, int length, int core_mask) +.. c:function:: void i32_reciprocal_s(int32_t* Input, float* output, int length, int core_mask) +.. c:function:: void hp_reciprocal_s(half* Input, half* output, int length, int core_mask) +.. c:function:: void fp_reciprocal_s(float* Input, float* output, int length, int core_mask) +.. c:function:: void dp_reciprocal_s(double* Input, double* output, int length, int core_mask) +.. c:function:: void c64_reciprocal_s(float* Input, float* output, int length, int core_mask) +.. c:function:: void c128_reciprocal_s(double* Input, double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 9 + + //FT78NE示例 + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; //input在DDR空间 + float *output = (float *)0xB0000000; + int length = 1000; + int core_mask = 0xff; + fp_reciprocal_s(input, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_reciprocal_p(int8_t* Input, float* output, int length) +.. c:function:: void i16_reciprocal_p(int16_t* Input, float* output, int length) +.. c:function:: void i32_reciprocal_p(int32_t* Input, float* output, int length) +.. c:function:: void hp_reciprocal_p(half* Input, half* output, int length) +.. c:function:: void fp_reciprocal_p(float* Input, float* output, int length) +.. c:function:: void dp_reciprocal_p(double* Input, double* output, int length) +.. c:function:: void c64_reciprocal_p(float* Input, float* output, int length) +.. c:function:: void c128_reciprocal_p(double* Input, double* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 8 + + //MT7004示例 + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; + float *output = (float *)0x10001000; + int length = 1000; + fp_reciprocal_p(input, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/reducescatter.rst.txt b/master/html/_sources/functionlib/dsplib/reducescatter.rst.txt new file mode 100644 index 0000000..16d2287 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/reducescatter.rst.txt @@ -0,0 +1,86 @@ +ReduceScatter +================= + + + +对输入数组进行指定类型的分布式归约操作（Reduce），并将结果分散到各输出位置。支持 ReduceSum、ReduceMean、ReduceMax 和 ReduceMin。 + +输入： + - **input_data** - 输入数据地址。 + - **data_size** - 数据长度。 + - **reduce_type** - 归约类型： + - 0: ReduceSum + - 1: ReduceMean + - 2: ReduceMax + - 3: ReduceMin + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output_data** - 输出数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp, dp, int8, int16, int32 + - MT7004 支持hp, fp, i16, i32 + +**共享存储版本:** + +.. c:function:: void fp_reducescatter_s(float* input_data, float* output_data, int data_size, int reduce_type, int core_mask) +.. c:function:: void hp_reducescatter_s(half* input_data, half* output_data, int data_size, int reduce_type, int core_mask) +.. c:function:: void dp_reducescatter_s(double* input_data, double* output_data, int data_size, int reduce_type, int core_mask) +.. c:function:: void i8_reducescatter_s(int8_t* input_data, int8_t* output_data, int data_size, int reduce_type, int core_mask) +.. c:function:: void i16_reducescatter_s(int16_t* input_data, int16_t* output_data, int data_size, int reduce_type, int core_mask) +.. c:function:: void i32_reducescatter_s(int* input_data, int* output_data, int data_size, int reduce_type, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + #include + #include + + int main() { + float *input = (float *)0xA0000000; // 输入在DDR空间 + float *output = (float *)0xC0000000; + int data_size = 1024; + int reduce_type = 0; // ReduceSum = 4; + int core_mask = 0xff; + + fp_reducescatter_s(input, output, data_size, reduce_type, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_reducescatter_p(float* input_data, float* output_data, int data_size, int reduce_type) +.. c:function:: void hp_reducescatter_p(half* input_data, half* output_data, int data_size, int reduce_type) +.. c:function:: void dp_reducescatter_p(double* input_data, double* output_data, int data_size, int reduce_type) +.. c:function:: void i8_reducescatter_p(int8_t* input_data, int8_t* output_data, int data_size, int reduce_type) +.. c:function:: void i16_reducescatter_p(int16_t* input_data, int16_t* output_data, int data_size, int reduce_type) +.. c:function:: void i32_reducescatter_p(int* input_data, int* output_data, int data_size, int reduce_type) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + #include + #include + + int main() { + float *input = (float *)0x10810000; // 输入在L2空间 + float *output = (float *)0x10820000; + int data_size = 1024; + int reduce_type = 0; // ReduceSum + = 4; + + fp_reducescatter_p(input, output, data_size, reduce_type); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/reshape.rst.txt b/master/html/_sources/functionlib/dsplib/reshape.rst.txt new file mode 100644 index 0000000..c70cd2f --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/reshape.rst.txt @@ -0,0 +1,84 @@ +Reshape +================= + +对输入张量进行重塑操作。在底层实现上，由于张量形状仅由参数定义，该算子执行从输入地址到输出地址的连续数据拷贝。 + +.. math:: + + output_i = input_i + +输入： + - **input** - 输入数据起始地址。 + - **length** - 需拷贝的元素个数。对于复数类型，length 表示复数的个数。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 输出数据起始地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, c64, c128 + - MT7004 支持 fp16, fp32, int16, int32, c64 + - 对于复数类型（c64 / c128），算子会自动处理实部和虚部的连续拷贝，其迁移字节数是普通类型的两倍。 + +**共享存储版本:** + +.. c:function:: void i8_reshape_s(int8_t* input, int8_t* output, int length, int core_mask) +.. c:function:: void i16_reshape_s(int16_t* input, int16_t* output, int length, int core_mask) +.. c:function:: void i32_reshape_s(int* input, int* output, int length, int core_mask) +.. c:function:: void hp_reshape_s(half* input, half* output, int length, int core_mask) +.. c:function:: void fp_reshape_s(float* input, float* output, int length, int core_mask) +.. c:function:: void dp_reshape_s(double* input, double* output, int length, int core_mask) +.. c:function:: void c64_reshape_s(float* input, float* output, int length, int core_mask) +.. c:function:: void c128_reshape_s(double* input, double* output, int length, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例（共享存储，多核并行拷贝） + #include + #include "78NE/utils.h" + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // DDR 空间 + float *output = (float *)0xB0000000; // DDR 空间 + int length = 960001; + int core_mask = 0x0B; // 使用逻辑核 0, 1, 2 + fp_reshape_s(input, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_reshape_p(int8_t* input, int8_t* output, int length) +.. c:function:: void i16_reshape_p(int16_t* input, int16_t* output, int length) +.. c:function:: void i32_reshape_p(int32_t* input, int32_t* output, int length) +.. c:function:: void hp_reshape_p(half* input, half* output, int length) +.. c:function:: void fp_reshape_p(float* input, float* output, int length) +.. c:function:: void dp_reshape_p(double* input, double* output, int length) +.. c:function:: void c64_reshape_p(float* input, float* output, int length) +.. c:function:: void c128_reshape_p(double* input, double* output, int length) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 8 + + //MT7004 示例（私有存储，单核拷贝） + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10810000; + float *output = (float *)0x10820000; + int length = 1024; + fp_reshape_p(input, output, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/resizegrad.rst.txt b/master/html/_sources/functionlib/dsplib/resizegrad.rst.txt new file mode 100644 index 0000000..747df01 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/resizegrad.rst.txt @@ -0,0 +1,205 @@ +Resizegrad +================= + +计算 Resize 操作的梯度。该算子包含两种实现：最近邻插值梯度（ResizeNearestNeighborGrad）和双线性插值梯度（ResizeBiLinearGrad）。用于将上游梯度从输出尺寸反向传播到输入尺寸。 + +最近邻插值梯度（ResizeNearestNeighborGrad） + + +对于最近邻插值，输入梯度通过最近邻映射反向传播到输出梯度。 + +.. math:: + + out_y = + \begin{cases} + \mathrm{round}(in_y \cdot height\_scale), & \text{if } align\_corners \\ + \lfloor in_y \cdot height\_scale \rfloor, & \text{otherwise} + \end{cases} + +.. math:: + + out_x = + \begin{cases} + \mathrm{round}(in_x \cdot width\_scale), & \text{if } align\_corners \\ + \lfloor in_x \cdot width\_scale \rfloor, & \text{otherwise} + \end{cases} + +.. math:: + + out\_addr[out\_offset] \mathrel{+}= in\_addr[in\_offset] + +其中 `in_addr` 是上游梯度（输出尺寸），`out_addr` 是输入梯度（输入尺寸）。注意使用累加操作（+=），因为多个输入位置可能映射到同一个输出位置。 + +双线性插值梯度（ResizeBiLinearGrad） + + +对于双线性插值，输入梯度通过双线性插值的反向传播分配到4个相邻的输出位置。 + +.. math:: + + in_y = h \cdot height\_scale + +.. math:: + + top_y = \max(\lfloor in_y \rfloor, 0) + +.. math:: + + bottom_y = \min(\lceil in_y \rceil, out\_height - 1) + +.. math:: + + y_{\mathrm{lerp}} = in_y - \lfloor in_y \rfloor + +.. math:: + + inverse\_y\_lerp = 1.0 - y_{\mathrm{lerp}} + +对于 x 维度有类似的公式： + +.. math:: + + in_x = w \cdot width\_scale + +.. math:: + + left_x = \max(\lfloor in_x \rfloor, 0) + +.. math:: + + right_x = \min(\lceil in_x \rceil, out\_width - 1) + +.. math:: + + x_{\mathrm{lerp}} = in_x - \lfloor in_x \rfloor + +.. math:: + + inverse\_x\_lerp = 1.0 - x_{\mathrm{lerp}} + +输入梯度按权重分配到4个相邻位置： + +.. math:: + + out\_addr[top_y, left_x] \mathrel{+}= in\_addr[h, w] \cdot + (inverse\_y\_lerp \cdot inverse\_x\_lerp) + +.. math:: + + out\_addr[top_y, right_x] \mathrel{+}= in\_addr[h, w] \cdot + (inverse\_y\_lerp \cdot x_{\mathrm{lerp}}) + +.. math:: + + out\_addr[bottom_y, left_x] \mathrel{+}= in\_addr[h, w] \cdot + (y_{\mathrm{lerp}} \cdot inverse\_x\_lerp) + +.. math:: + + out\_addr[bottom_y, right_x] \mathrel{+}= in\_addr[h, w] \cdot + (y_{\mathrm{lerp}} \cdot x_{\mathrm{lerp}}) + +输入： + - **in_addr** - 指向上游梯度数据的指针（输出尺寸的梯度）。 + - **out_addr** - 指向输出梯度数据的指针（输入尺寸的梯度），需要初始化为0。 + - **batch_size** - 批次大小。 + - **channel** - 通道数。 + - **format** - 数据格式，0 表示 NHWC，1 表示 NCHW。 + - **align_corners** - 是否对齐角点标志，0 表示不对齐，1 表示对齐。 + - **in_height** - 输入高度。 + - **in_width** - 输入宽度。 + - **out_height** - 输出高度。 + - **out_width** - 输出宽度。 + - **height_scale** - 高度缩放因子，通常为 (out_height - 1) / (in_height - 1) 或 out_height / in_height。 + - **width_scale** - 宽度缩放因子，通常为 (out_width - 1) / (in_width - 1) 或 out_width / in_width。 + +输出： + - **out_addr** - 计算后的输入梯度（输入尺寸的梯度）。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp32 + - MT7004 支持 fp16, fp32 + + +**共享存储版本:** + +.. c:function:: void fp_resizenearestneighborgrad_s(float* in_addr, float* out_addr, int batch_size, int channel, int format, int align_corners, int in_height, int in_width, int out_height, int out_width, float height_scale, float width_scale, int core_mask) +.. c:function:: void hp_resizenearestneighborgrad_s(half* in_addr, half* out_addr, int batch_size, int channel, int format, int align_corners, int in_height, int in_width, int out_height, int out_width, float height_scale, float width_scale, int core_mask) +.. c:function:: void fp_resizebilineargrad_s(float* in_addr, float* out_addr, int batch_size, int channel, int format, int align_corners, int in_height, int in_width, int out_height, int out_width, float height_scale, float width_scale, int core_mask) +.. c:function:: void hp_resizebilineargrad_s(half* in_addr, half* out_addr, int batch_size, int channel, int format, int align_corners, int in_height, int in_width, int out_height, int out_width, float height_scale, float width_scale, int core_mask) + +**C调用示例（最近邻插值梯度）:** + +.. code-block:: c + :linenos: + :emphasize-lines: 22-24 + + #include + #include + + int main(int argc, char* argv[]) { + float *in_addr = (float *)0x10010000; + float *out_addr = (float *)0x10020000; + + int batch_size = 4; + int channel = 3; + int format = 1; + int align_corners = 1; + int in_height = 4, in_width = 4; + int out_height = 6, out_width = 6; + int core_mask = 0xff; + + float height_scale = (float)(out_height - 1) / (in_height - 1); + float width_scale = (float)(out_width - 1) / (in_width - 1); + + int output_size = in_height * in_width * channel * batch_size; + memset(out_addr, 0, output_size * sizeof(float)); + + fp_resizenearestneighborgrad_s(in_addr, out_addr, batch_size, channel, + format, align_corners, in_height, in_width, + out_height, out_width, height_scale, width_scale, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_resizenearestneighborgrad_p(float* in_addr, float* out_addr, int batch_size, int channel, int format, int align_corners, int in_height, int in_width, int out_height, int out_width, float height_scale, float width_scale) +.. c:function:: void hp_resizenearestneighborgrad_p(half* in_addr, half* out_addr, int batch_size, int channel, int format, int align_corners, int in_height, int in_width, int out_height, int out_width, float height_scale, float width_scale) +.. c:function:: void fp_resizebilineargrad_p(float* in_addr, float* out_addr, int batch_size, int channel, int format, int align_corners, int in_height, int in_width, int out_height, int out_width, float height_scale, float width_scale) +.. c:function:: void hp_resizebilineargrad_p(half* in_addr, half* out_addr, int batch_size, int channel, int format, int align_corners, int in_height, int in_width, int out_height, int out_width, float height_scale, float width_scale) + +**C调用示例（双线性插值梯度）:** + +.. code-block:: c + :linenos: + :emphasize-lines: 21-23 + + #include + #include + + int main(int argc, char* argv[]) { + float *in_addr = (float *)0x10010000; + float *out_addr = (float *)0x10020000; + + int batch_size = 4; + int channel = 3; + int format = 0; + int align_corners = 0; + int in_height = 4, in_width = 4; + int out_height = 6, out_width = 6; + + float height_scale = (float)out_height / in_height; + float width_scale = (float)out_width / in_width; + + int output_size = in_height * in_width * channel * batch_size; + memset(out_addr, 0, output_size * sizeof(float)); + + fp_resizebilineargrad_p(in_addr, out_addr, batch_size, channel, + format, align_corners, in_height, in_width, + out_height, out_width, height_scale, width_scale); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/rfft.rst.txt b/master/html/_sources/functionlib/dsplib/rfft.rst.txt new file mode 100644 index 0000000..40688c6 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/rfft.rst.txt @@ -0,0 +1,158 @@ +RFFT +========================= + +对输入复数序列执行一维快速傅里叶变换（FFT）或逆变换（IFFT）。 +内部基于分治 FFT 算法， +并使用预计算旋转因子（twiddle factor）以提升性能。 +傅里叶变换，可以对参数进行调整，以实现FFT/IFFT/RFFT/IRFFT。 + +数学定义如下： + +.. math:: + + X(k) = \sum_{n=0}^{N-1} x(n)\,e^{-j 2\pi kn / N} \quad (\text{Forward FFT}) + +.. math:: + + x(n) = \sum_{k=0}^{N-1} X(k)\,e^{j 2\pi kn / N} \quad (\text{Inverse FFT}) + +其中 :math:`N` 为 FFT 点数。 + +输入： + - **input** - 输入复数数据地址。 + - **fft_size** - FFT 点数。 + - **dir** - 变换方向： + - ``FFT_FORWARD``：正向 FFT + - ``FFT_INVERSE``：反向 FFT + - **scratch_ptr** - 临时缓冲区地址，用于存放旋转因子及中间计算结果。 + - **twiddle** - 旋转因子地址（仅共享存储版本使用）。 + - **fft_size1** - 第一阶段 FFT 点数（仅共享存储版本使用）。 + - **fft_size2** - 第二阶段 FFT 点数（仅共享存储版本使用）。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **output** - 输出复数序列地址。 + +内部核心计算公式如下： +对于FFT，它计算以下表达式： + +.. math:: + X[\omega_1, \dots, \omega_d] = + \sum_{n_1=0}^{N_1-1} \dots \sum_{n_d=0}^{N_d-1} x[n_1, \dots, n_d] + e^{-j\ 2 \pi \sum_{i=0}^d \frac{\omega_i n_i}{N_i}}, + +其中， :math:`d` = `signal_ndim` 是信号的维度，:math:`N_i` 则是信号第 :math:`i` 个维度的大小。 + +对于IFFT，它计算以下表达式： + +.. math:: + X[\omega_1, \dots, \omega_d] = + \frac{1}{\prod_{i=1}^d N_i} \sum_{n_1=0}^{N_1-1} \dots \sum_{n_d=0}^{N_d-1} x[n_1, \dots, n_d] + e^{\ j\ 2 \pi \sum_{i=0}^d \frac{\omega_i n_i}{N_i}}, + +其中， :math:`d` = `signal_ndim` 是信号的维度，:math:`N_i` 则是信号第 :math:`i` 维的大小。 + +.. note:: + - FFT/IFFT要求complex64或complex128类型的输入，返回complex64或complex128类型的输出。 + - RFFT要求bool, uint8, int8, int16, int32, int64, float32或float64类型的输入， + 返回complex64或complex128类型的输出。 + - IRFFT要求complex64或complex128类型的输入，返回float32或float64类型的输出。 + +参数： + - **signal_ndim** (int) - 表示每个信号中的维数，控制着傅里叶变换的维数，其值只能为1、2或3。 + - **inverse** (bool) - 表示该操作是否为逆变换，用以选择FFT 和 RFFT 或 IFFT 和 IRFFT。 + + - 如果为 ``True`` ，则为IFFT 和 IRFFT。 + - 如果为 ``False`` ，FFT 和 RFFT。 + + - **real** (bool) - 表示该操作是否为实变换，与 `inverse` 共同决定具体的变换模式： + + - `inverse` 为 ``False`` ， `real` 为 ``False`` ：对应FFT模式。 + - `inverse` 为 ``True`` ， `real` 为 ``False`` ：对应IFFT模式。 + - `inverse` 为 ``False`` ， `real` 为 ``True`` ：对应RFFT模式。 + - `inverse` 为 ``True`` ， `real` 为 ``True`` ：对应IRFFT模式。 + + - **norm** (str，可选) - 表示该操作的规范化方式，可选值：[ ``"backward"`` , ``"forward"`` , ``"ortho"`` ]。默认值： ``"backward"`` 。 + + - "backward"，正向变换不缩放，逆变换按 :math:`1/n` 缩放，其中 `n` 表示输入 `x` 的元素数量。。 + - "ortho"，正向变换与逆变换均按 :math:`1/\sqrt n` 缩放。 + - "forward"，正向变换按 :math:`1/n` 缩放，逆变换不缩放。 + + - **onesided** (bool，可选) - 控制输入是否减半以避免冗余。默认值： ``True`` 。 + - **signal_sizes** (tuple，可选) - 原始信号的大小（RFFT变换之前的信号，不包含batch这一维），只有在IRFFT模式下和设置 `onesided` 为True时需要该参数，需要满足 + 以下条件。默认值： ``()`` 。 + + - `signal_sizes` 的长度等于IRFFT的 `signal_ndim` ： :math:`len(signal\_sizes)=signal\_ndim` 。 + - `signal_sizes` 的最后一个维度除以2等于IRFFT输入的最后一个维度： :math:`signal\_size[-1]/2+1=x.shape[-1]` 。 + - 除了最后一个维度外， `signal_sizes` 的维度与输入shape完全相同： :math:`signal\_sizes[:-1]=x.shape[:-1]` 。 + +异常： + - **TypeError** - 如果FFT/IFFT/IRFF的输入类型不是以下类型之一：complex64、complex128。 + - **TypeError** - 如果输入的类型不是Tensor。 + - **ValueError** - 如果输入 `x` 的维度小于 `signal_ndim` 。 + - **ValueError** - 如果 `signal_ndim` 大于3或小于1。 + - **ValueError** - 如果 `norm` 取值不是"backward"、"forward"或"ortho"。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +类型支持： + - FT78NE：``cplx64``、``cplx128`` + - MT7004：``cplx64`` + +**共享存储版本:** + +.. c:function:: void c64_rfft_s(fftw_complex* input, fftw_complex* output, fftw_complex* scratch_ptr, fftw_complex* twiddle, int fft_size1, int fft_size2, char dir, int core_mask) +.. c:function:: void c128_rfft_s(fftw_complex* input, fftw_complex* output, fftw_complex* scratch_ptr, fftw_complex* twiddle, int fft_size1, int fft_size2, char dir, int core_mask) + +**C 调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15-16 + + // FT78NE 示例（共享存储版本） + #include + #include + + int main(int argc, char* argv[]) { + fftw_complex *input = (fftw_complex *)0xA0000000; + fftw_complex *output = (fftw_complex *)0xC0000000; + fftw_complex *scratch = (fftw_complex *)0xA1000000; + fftw_complex *twiddle = (fftw_complex *)0xA2000000; + + int fft_size1 = 32; + int fft_size2 = 32; + int core_mask = 0xff; + + c64_rfft_s(input, output, scratch, twiddle, + fft_size1, fft_size2, FFT_FORWARD, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void c64_rfft_p(fftw_complex* input, fftw_complex* output, fftw_complex* scratch_ptr, int fft_size, char dir) +.. c:function:: void c128_rfft_p(fftw_complex* input, fftw_complex* output, fftw_complex* scratch_ptr, int fft_size, char dir) + +**C 调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12-13 + + // FT78NE 示例（私有存储版本） + #include + #include + + int main(int argc, char* argv[]) { + fftw_complex *input = (fftw_complex *)0x10810000; + fftw_complex *output = (fftw_complex *)0x10820000; + fftw_complex *scratch = (fftw_complex *)0x10830000; + + int fft_size = 1024; + + c64_rfft_p(input, output, scratch, fft_size, FFT_FORWARD); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/roipooling.rst.txt b/master/html/_sources/functionlib/dsplib/roipooling.rst.txt new file mode 100644 index 0000000..b18de4c --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/roipooling.rst.txt @@ -0,0 +1,98 @@ +ROIPooling +================= + + + +对输入特征图按指定 ROI (Region of Interest) 进行池化操作，将每个 ROI 区域划分为固定大小的池化单元，并取每个通道的最大值输出。 + +.. math:: + + \text{pooled\_height} = \left\lceil \frac{\text{roi\_end\_h} - \text{roi\_start\_h} + 1}{\text{pooled\_height}} \right\rceil + + \text{pooled\_width} = \left\lceil \frac{\text{roi\_end\_w} - \text{roi\_start\_w} + 1}{\text{pooled\_width}} \right\rceil + + \text{pooled\_output}[i,j,c] = \max_{h,w \in \text{bin}(i,j)} \text{input}[\text{roi\_start\_h}+h, \text{roi\_start\_w}+w, c] + +其中: + +- \( \text{bin}(i,j) \) 表示第 \(i\) 行、第 \(j\) 列池化单元对应的输入特征图区域。 +- \(c\) 表示通道索引。 + +输入： + - **in_ptr** - 输入特征图地址。 + - **input_n** - 输入批大小。 + - **input_h** - 输入高度。 + - **input_w** - 输入宽度。 + - **input_c** - 输入通道数。 + - **num_rois** - ROI 数量。 + - **scale** - ROI 缩放因子。 + - **pooled_height** - 池化输出高度。 + - **pooled_width** - 池化输出宽度。 + - **roi** - ROI 坐标数组，格式为 [batch_index, x1, y1, x2, y2]。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **out_ptr** - 池化输出地址。 + - **max_c** - 每通道最大值缓冲区，用于计算池化结果。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp, int8 + - MT7004 支持hp, fp + +**共享存储版本:** + +.. c:function:: void fp_roipooling_s(int input_n,int input_h,int input_w,int input_c,int num_rois,float scale,int pooled_height,int pooled_width,const float *in_ptr,float *out_ptr,const float *roi,float *max_c,int core_mask) +.. c:function:: void hp_roipooling_s(int input_n,int input_h,int input_w,int input_c,int num_rois,float scale,int pooled_height,int pooled_width,const half *in_ptr,half *out_ptr,const half *roi,half *max_c,int core_mask) +.. c:function:: void i8_roipooling_s(int input_n,int input_h,int input_w,int input_c,int num_rois,float scale,int pooled_height,int pooled_width,const int8_t *in_ptr,int8_t *out_ptr,const float *roi,int8_t *max_c,int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + #include + #include + + int main() { + float *input = (float *)0xA0000000; // 输入在DDR空间 + float *output = (float *)0xC0000000; + float max_c[64]; // 通道数假设为64 + float roi[10*5]; // 10个ROI示例 + int num_rois = 10; + int core_mask = 0xff; + + fp_roipooling_s(1, 32, 32, 64, num_rois, 1.0f, 7, 7, input, output, roi, max_c, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_roipooling_p(int input_n,int input_h,int input_w,int input_c,int num_rois,float scale,int pooled_height,int pooled_width,const float *in_ptr,float *out_ptr,const float *roi,float *max_c) +.. c:function:: void hp_roipooling_p(int input_n,int input_h,int input_w,int input_c,int num_rois,float scale,int pooled_height,int pooled_width,const half *in_ptr,half *out_ptr,const half *roi,half *max_c) +.. c:function:: void i8_roipooling_p(int input_n,int input_h,int input_w,int input_c,int num_rois,float scale,int pooled_height,int pooled_width,const int8_t *in_ptr,int8_t *out_ptr,const float *roi,int8_t *max_c) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + #include + #include + + int main() { + float *input = (float *)0x10810000; // 输入在L2空间 + float *output = (float *)0x10820000; + float max_c[64]; + float roi[10*5]; + int num_rois = 10; + + fp_roipooling_p(1, 32, 32, 64, num_rois, 1.0f, 7, 7, input, output, roi, max_c); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/round.rst.txt b/master/html/_sources/functionlib/dsplib/round.rst.txt new file mode 100644 index 0000000..0b2646a --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/round.rst.txt @@ -0,0 +1,88 @@ +Round +================= + + +逐元素执行四舍五入（Round to Nearest Integer）运算。 + +该算子对输入张量的每个元素执行就近取整， +当输入值的小数部分恰好为 0.5 时，采用“远离 0”方向取整， +其行为与 C 标准库中的 ``round`` / ``roundf`` 函数一致。 + +.. math:: + + \text{output}_i = \operatorname{round}(\text{input}_i) + + +输入： + - **input** - 输入张量的数据地址。 + - **length** - 输入张量的总元素数量。 + - **core_mask** - 核掩码。 + +输出： + - **output** - 输出张量的数据地址，其大小与 ``input`` 相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型：fp32, fp64 + - MT7004 支持的数据类型：fp16, fp32 + - 当输入为 ``±∞`` 或 ``NaN`` 时，输出结果遵循对应平台数学库的处理规则 + + +**共享存储版本：** + +.. c:function:: void fp_round_s(float* input, float* output, int length, int core_mask) +.. c:function:: void dp_round_s(double* input, double* output, int length, int core_mask) +.. c:function:: void hp_round_s(half* input, half* output, int length, int core_mask) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + // FT78NE 多核示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input 在 DDR 空间 + float *output = (float *)0xB0000000; // output 在 DDR 空间 + + int length = 4096; + int core_mask = 0xff; + + fp_round_s(input, output, length, core_mask); + return 0; + } + + +**私有存储版本：** + +.. c:function:: void fp_round_p(float* input, float* output, int length) +.. c:function:: void dp_round_p(double* input, double* output, int length) +.. c:function:: void hp_round_p(half* input, half* output, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + // MT7004 单核示例 + #include + #include + + int main(int argc, char* argv[]) { + half *input = (half *)0x10000000; // input 在 L2 空间 + half *output = (half *)0x10010000; // output 在 L2 空间 + + int length = 1024; + + hp_round_p(input, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/rsqrt.rst.txt b/master/html/_sources/functionlib/dsplib/rsqrt.rst.txt new file mode 100644 index 0000000..358fa51 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/rsqrt.rst.txt @@ -0,0 +1,86 @@ +Rsqrt +================= + +逐元素计算输入数据的平方根倒数（Reciprocal Square Root）。 + +.. math:: + + \text{dst}_i = \frac{1}{\sqrt{\text{src}_i}} + +对于输入 `src` 中的每个元素，计算其平方根的倒数。 + +输入： + - **src** - 输入数据地址。 + - **length** - 计算长度（对于复数类型，指复数的个数）。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **dst** - 计算结果地址，其大小与 `src` 相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int8, int16, int32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_rsqrt_s(int8_t* src, float* dst, int length, int core_mask) +.. c:function:: void i16_rsqrt_s(int16_t* src, float* dst, int length, int core_mask) +.. c:function:: void i32_rsqrt_s(int32_t* src, float* dst, int length, int core_mask) +.. c:function:: void hp_rsqrt_s(half* src, half* dst, int length, int core_mask) +.. c:function:: void fp_rsqrt_s(float* src, float* dst, int length, int core_mask) +.. c:function:: void dp_rsqrt_s(double* src, double* dst, int length, int core_mask) +.. c:function:: void c64_rsqrt_s(float* src, float* dst, int length, int core_mask) +.. c:function:: void c128_rsqrt_s(double* src, double* dst, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *src = (float *)0xA0000000; // input在DDR空间 + float *dst = (float *)0xB0000000; // output + int length = 1000; + int core_mask = 0xff; + fp_rsqrt_s(src, dst, length, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_rsqrt_p(int8_t* src, float* dst, int length) +.. c:function:: void i16_rsqrt_p(int16_t* src, float* dst, int length) +.. c:function:: void i32_rsqrt_p(int32_t* src, float* dst, int length) +.. c:function:: void hp_rsqrt_p(half* src, half* dst, int length) +.. c:function:: void fp_rsqrt_p(float* src, float* dst, int length) +.. c:function:: void dp_rsqrt_p(double* src, double* dst, int length) +.. c:function:: void c64_rsqrt_p(float* src, float* dst, int length) +.. c:function:: void c128_rsqrt_p(double* src, double* dst, int length) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 9 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *src = (float *)0x10000000; // input在L2空间 + float *dst = (float *)0x10001000; // output + int length = 1000; + fp_rsqrt_p(src, dst, length); + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/rsqrtgrad.rst.txt b/master/html/_sources/functionlib/dsplib/rsqrtgrad.rst.txt new file mode 100644 index 0000000..452aadd --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/rsqrtgrad.rst.txt @@ -0,0 +1,81 @@ +Rsqrtgrad +================= + +计算 Rsqrt（平方根倒数）操作的梯度。该算子是 Rsqrt 算子的反向传播（backward pass）部分。 + +.. math:: + + \text{output}_i = -\frac{1}{2} \times \text{input2}_i \times \text{input1}_i^3 + +其中 `input1` 是前向传播时 Rsqrt 的输出（即 :math:`y = \frac{1}{\sqrt{x}}`），`input2` 是来自后一层的上游梯度 :math:`dy`，`output` 是对原始输入 :math:`x` 的梯度 :math:`dx`。 + +输入： + - **input1** - 前向传播时 Rsqrt 的输出数据地址（即 :math:`y = \frac{1}{\sqrt{x}}`）。 + - **input2** - 来自后一层的上游梯度数据地址（即 :math:`dy`）。 + - **size** - 计算长度。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **output** - 计算出的对原始输入的梯度数据地址（即 :math:`dx`）。 + +支持平台： + ``MT7004`` + +.. note:: + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void fp_rsqrtgrad_s(float* input1, float* input2, float* output, int size, int core_mask) +.. c:function:: void hp_rsqrtgrad_s(half* input1, half* input2, half* output, int size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + //MT7004示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + float *input1 = (float *)0xA0000000; // Rsqrt的输出 y = 1/sqrt(x) + float *input2 = (float *)0xA1000000; // 上游梯度 dy + float *output = (float *)0xB0000000; // 输出梯度 dx + + int size = 1000; + int core_mask = 0xff; + + fp_rsqrtgrad_s(input1, input2, output, size, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_rsqrtgrad_p(float* input1, float* input2, float* output, int size) +.. c:function:: void hp_rsqrtgrad_p(half* input1, half* input2, half* output, int size) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + //MT7004示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + float *input1 = (float *)0x10000000; // Rsqrt的输出 y = 1/sqrt(x) + float *input2 = (float *)0x10001000; // 上游梯度 dy + float *output = (float *)0x10002000; // 输出梯度 dx + + int size = 1000; + + fp_rsqrtgrad_p(input1, input2, output, size); + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/scatter_nd.rst.txt b/master/html/_sources/functionlib/dsplib/scatter_nd.rst.txt new file mode 100644 index 0000000..228f257 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/scatter_nd.rst.txt @@ -0,0 +1,100 @@ +ScatterNd +================= + +依据指定的索引 ``indices``，将更新值 ``updates`` 累加到输出张量 ``output`` 的对应位置。 + +.. math:: + + output[indices_i] = output[indices_i] + updates_i + +输入： + - **output** - 输出张量的起始地址（计算前作为基础值，计算后存储结果）。 + - **output_shape** - 输出张量的形状数组。 + - **output_ndim** - 输出张量的维度数。 + - **indices** - 索引数据地址，其形状通常为 ``(num_slices, indices_depth)``。 + - **indices_shape** - 索引张量的形状数组。 + - **indices_ndim** - 索引张量的维度数。 + - **updates** - 更新数据地址。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - 该算子在多核实现中由于涉及随机访存写，通常直接在 DDR 空间操作。 + - 张量维度最大支持 8 维。 + +**共享存储版本:** + +.. c:function:: void i8_scatter_nd_s(int8_t* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, int8_t* updates, int core_mask) +.. c:function:: void i16_scatter_nd_s(int16_t* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, int16_t* updates, int core_mask) +.. c:function:: void i32_scatter_nd_s(int32_t* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, int32_t* updates, int core_mask) +.. c:function:: void hp_scatter_nd_s(half* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, half* updates, int core_mask) +.. c:function:: void fp_scatter_nd_s(float* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, float* updates, int core_mask) +.. c:function:: void dp_scatter_nd_s(double* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, double* updates, int core_mask) +.. c:function:: void c64_scatter_nd_s(float* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, float* updates, int core_mask) +.. c:function:: void c128_scatter_nd_s(double* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, double* updates, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例（共享存储） + #include + #include "78NE/utils.h" + + int main() { + float *output = (float *)0xA0000000; // 基础输出张量在 DDR + float *updates = (float *)0xB0000000; // 更新值在 DDR + int *indices = (int *)0xC0000000; // 索引在 DDR + int out_shape[] = {4, 4, 4}; + int ind_shape[] = {5, 2}; + int out_ndim = 3; + int ind_ndim = 2; + int core_mask = 0x0B; + + fp_scatter_nd_s(output, out_shape, out_ndim, indices, ind_shape, ind_ndim, updates, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_scatter_nd_p(int8_t* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, int8_t* updates) +.. c:function:: void i16_scatter_nd_p(int16_t* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, int16_t* updates) +.. c:function:: void i32_scatter_nd_p(int32_t* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, int32_t* updates) +.. c:function:: void hp_scatter_nd_p(half* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, half* updates) +.. c:function:: void fp_scatter_nd_p(float* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, float* updates) +.. c:function:: void dp_scatter_nd_p(double* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, double* updates) +.. c:function:: void c64_scatter_nd_p(float* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, float* updates) +.. c:function:: void c128_scatter_nd_p(double* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, double* updates) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 14 + + //MT7004 示例 + #include + + int main() { + float *output = (float *)0x10810000; + float *updates = (float *)0x10820000; + int *indices = (int *)0x10830000; + int out_shape[] = {4, 4, 4}; + int ind_shape[] = {5, 2}; + int out_ndim = 3; + int ind_ndim = 2; + + fp_scatter_nd_p(output, out_shape, out_ndim, indices, ind_shape, ind_ndim, updates); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/scatter_nd_update.rst.txt b/master/html/_sources/functionlib/dsplib/scatter_nd_update.rst.txt new file mode 100644 index 0000000..24c8574 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/scatter_nd_update.rst.txt @@ -0,0 +1,103 @@ +ScatterNdUpdate +================= + +根据索引（indices）将更新值（updates）散布并更新到输出张量（output）的指定切片中。 + +.. math:: + + output[indices[i]] = updates[i] + +该算子通过 ``indices`` 指定的坐标，定位到 ``output`` 中的特定子部分（切片），并使用 ``updates`` 中对应的值进行覆盖更新。 + +输入： + - **output** - 待更新的输出张量地址（输入/输出）。 + - **output_shape** - 输出张量的形状数组地址。 + - **output_ndim** - 输出张量的维度数。 + - **indices** - 索引张量数据地址，其最后一个维度代表索引深度。 + - **indices_shape** - 索引张量的形状数组地址。 + - **indices_ndim** - 索引张量的维度数。 + - **updates** - 更新数据源地址，其形状必须与索引定位出的切片形状一致。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 更新后的结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - indices 数组的类型固定为 int32。 + - 算子支持张量维度最大为 8 维。 + - 共享存储版本内部使用 DMA 传输加速，直接在 DDR 空间进行切片覆盖。 + +**共享存储版本:** + +.. c:function:: void i8_scatter_nd_update_s(int8_t* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, int8_t* updates, int core_mask) +.. c:function:: void i16_scatter_nd_update_s(int16_t* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, int16_t* updates, int core_mask) +.. c:function:: void i32_scatter_nd_update_s(int* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, int* updates, int core_mask) +.. c:function:: void hp_scatter_nd_update_s(half* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, half* updates, int core_mask) +.. c:function:: void fp_scatter_nd_update_s(float* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, float* updates, int core_mask) +.. c:function:: void dp_scatter_nd_update_s(double* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, double* updates, int core_mask) +.. c:function:: void c64_scatter_nd_update_s(float* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, float* updates, int core_mask) +.. c:function:: void c128_scatter_nd_update_s(double* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, double* updates, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 16 + + // FT78NE 示例（共享存储） + #include + #include "78NE/utils.h" + + int main() { + float *output = (float *)0xA0000000; // 原始张量在 DDR + float *updates = (float *)0xB0000000; // 更新值在 DDR + int *indices = (int *)0xC0000000; // 索引在 DDR + + int out_shape[] = {4, 4, 4}; + int ind_shape[] = {5, 2}; // 更新5个切片，每个索引深度为2 + int out_ndim = 3; + int ind_ndim = 2; + int core_mask = 0xFF; // 使用8核并行 + + fp_scatter_nd_update_s(output, out_shape, out_ndim, indices, ind_shape, ind_ndim, updates, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_scatter_nd_update_p(int8_t* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, int8_t* updates) +.. c:function:: void i16_scatter_nd_update_p(int16_t* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, int16_t* updates) +.. c:function:: void i32_scatter_nd_update_p(int* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, int* updates) +.. c:function:: void hp_scatter_nd_update_p(half* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, half* updates) +.. c:function:: void fp_scatter_nd_update_p(float* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, float* updates) +.. c:function:: void dp_scatter_nd_update_p(double* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, double* updates) +.. c:function:: void c64_scatter_nd_update_p(float* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, float* updates) +.. c:function:: void c128_scatter_nd_update_p(double* output, int* output_shape, int output_ndim, int* indices, int* indices_shape, int indices_ndim, double* updates) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + #include + + int main() { + float *output = (float *)0x10810000; + float *updates = (float *)0x10820000; + int *indices = (int *)0x10830000; + + int out_shape[] = {4, 4, 4}; + int ind_shape[] = {5, 2}; + + // 调用单核版本 + fp_scatter_nd_update_p(output, out_shape, 3, indices, ind_shape, 2, updates); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/select.rst.txt b/master/html/_sources/functionlib/dsplib/select.rst.txt new file mode 100644 index 0000000..04c3458 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/select.rst.txt @@ -0,0 +1,188 @@ +Select +================= + +根据条件张量逐元素选择输入值。对于每个输出位置，如果条件为真（True），则选择 `input0` 的值；否则选择 `input1` 的值。该算子支持广播机制。 + +.. math:: + + \text{output}_i = \begin{cases} + \text{input0}[idx2], & \text{if } \text{condition}[idx1] = \text{True} \\ + \text{input1}[idx3], & \text{if } \text{condition}[idx1] = \text{False} + \end{cases} + +其中，当不需要广播时（`is_broadcast = 0`），`idx1 = idx2 = idx3 = i`；当需要广播时（`is_broadcast = 1`），使用索引映射 `index_list1`、`index_list2`、`index_list3` 来确定各个输入张量的索引。 + +输入： + - **input0** - 第一个输入数据地址。当条件为真时选择此值。 + - **input1** - 第二个输入数据地址。当条件为假时选择此值。 + - **condition** - 条件数据地址（bool类型）。决定选择哪个输入的值。 + - **output_dims** - 输出张量的维度信息数组。 + - **output_dims_num** - 输出张量的维度数。 + - **index_list1** - 条件张量的索引映射数组，用于广播场景。大小为输出总元素数。 + - **index_list2** - input0 的索引映射数组，用于广播场景。大小为输出总元素数。 + - **index_list3** - input1 的索引映射数组，用于广播场景。大小为输出总元素数。 + - **is_broadcast** - 是否需要广播的标志。0 表示不需要广播，1 表示需要广播。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **output** - 输出数据地址，其形状由 `output_dims` 和 `output_dims_num` 确定。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int8, int16, int32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_select_s(int8_t* input0, int8_t* input1, bool* condition, int8_t* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast, int core_mask) +.. c:function:: void i16_select_s(int16_t* input0, int16_t* input1, bool* condition, int16_t* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast, int core_mask) +.. c:function:: void i32_select_s(int32_t* input0, int32_t* input1, bool* condition, int32_t* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast, int core_mask) +.. c:function:: void hp_select_s(half* input0, half* input1, bool* condition, half* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast, int core_mask) +.. c:function:: void fp_select_s(float* input0, float* input1, bool* condition, float* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast, int core_mask) +.. c:function:: void dp_select_s(double* input0, double* input1, bool* condition, double* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast, int core_mask) +.. c:function:: void c64_select_s(float* input0, float* input1, bool* condition, float* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast, int core_mask) +.. c:function:: void c128_select_s(double* input0, double* input1, bool* condition, double* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast, int core_mask) + +**C调用示例（无广播）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 34-35 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + float *input0 = (float *)0xA0000000; + float *input1 = (float *)0xA1000000; + bool *condition = (bool *)0xA2000000; + float *output = (float *)0xB0000000; + + // 输出形状 [2, 3, 4] + unsigned long long output_dims[] = {2, 3, 4}; + unsigned long long output_dims_num = 3; + + // 计算总元素数 + unsigned long long total_elements = 2 * 3 * 4; // 24 + + // 索引映射数组（无广播时可以为NULL或与输出索引相同） + unsigned long long *index_list1 = (unsigned long long *)0xC0000000; + unsigned long long *index_list2 = (unsigned long long *)0xC0100000; + unsigned long long *index_list3 = (unsigned long long *)0xC0200000; + + // 初始化索引映射（无广播时直接使用顺序索引） + for (unsigned long long i = 0; i < total_elements; i++) { + index_list1[i] = i; + index_list2[i] = i; + index_list3[i] = i; + } + + long long is_broadcast = 0; // 不需要广播 + int core_mask = 0xff; + + fp_select_s(input0, input1, condition, output, output_dims, output_dims_num, + index_list1, index_list2, index_list3, is_broadcast, core_mask); + return 0; + } + +**C调用示例（有广播）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 35-36 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + float *input0 = (float *)0xA0000000; // 形状 [3, 4] + float *input1 = (float *)0xA1000000; // 标量或形状 [1] + bool *condition = (bool *)0xA2000000; // 形状 [2, 3, 4] + float *output = (float *)0xB0000000; // 形状 [2, 3, 4] + + // 输出形状 [2, 3, 4] + unsigned long long output_dims[] = {2, 3, 4}; + unsigned long long output_dims_num = 3; + + // 计算总元素数 + unsigned long long total_elements = 2 * 3 * 4; // 24 + + // 索引映射数组（需要根据广播规则预先计算） + unsigned long long *index_list1 = (unsigned long long *)0xC0000000; + unsigned long long *index_list2 = (unsigned long long *)0xC0100000; + unsigned long long *index_list3 = (unsigned long long *)0xC0200000; + + // 初始化索引映射（示例：需要根据实际广播规则计算） + // 这里假设 condition 和 output 形状相同，input0 需要广播 + for (unsigned long long i = 0; i < total_elements; i++) { + index_list1[i] = i; // condition 索引 + index_list2[i] = i % 12; // input0 索引（假设需要广播） + index_list3[i] = 0; // input1 索引（标量） + } + + long long is_broadcast = 1; // 需要广播 + int core_mask = 0xff; + + fp_select_s(input0, input1, condition, output, output_dims, output_dims_num, + index_list1, index_list2, index_list3, is_broadcast, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_select_p(int8_t* input0, int8_t* input1, bool* condition, int8_t* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast) +.. c:function:: void i16_select_p(int16_t* input0, int16_t* input1, bool* condition, int16_t* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast) +.. c:function:: void i32_select_p(int32_t* input0, int32_t* input1, bool* condition, int32_t* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast) +.. c:function:: void hp_select_p(half* input0, half* input1, bool* condition, half* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast) +.. c:function:: void fp_select_p(float* input0, float* input1, bool* condition, float* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast) +.. c:function:: void dp_select_p(double* input0, double* input1, bool* condition, double* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast) +.. c:function:: void c64_select_p(float* input0, float* input1, bool* condition, float* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast) +.. c:function:: void c128_select_p(double* input0, double* input1, bool* condition, double* output, unsigned long long* output_dims, unsigned long long output_dims_num, unsigned long long* index_list1, unsigned long long* index_list2, unsigned long long* index_list3, long long is_broadcast) + +**C调用示例（私有存储版本）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 30-31 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + float *input0 = (float *)0x10000000; + float *input1 = (float *)0x10001000; + bool *condition = (bool *)0x10002000; + float *output = (float *)0x10003000; + + // 输出形状 [2, 3, 4] + unsigned long long output_dims[] = {2, 3, 4}; + unsigned long long output_dims_num = 3; + + unsigned long long total_elements = 2 * 3 * 4; + unsigned long long *index_list1 = (unsigned long long *)0x10004000; + unsigned long long *index_list2 = (unsigned long long *)0x10005000; + unsigned long long *index_list3 = (unsigned long long *)0x10006000; + + // 初始化索引映射（无广播） + for (unsigned long long i = 0; i < total_elements; i++) { + index_list1[i] = i; + index_list2[i] = i; + index_list3[i] = i; + } + + long long is_broadcast = 0; + + fp_select_p(input0, input1, condition, output, output_dims, output_dims_num, + index_list1, index_list2, index_list3, is_broadcast); + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/sgd.rst.txt b/master/html/_sources/functionlib/dsplib/sgd.rst.txt index b4bb87c..3448a96 100644 --- a/master/html/_sources/functionlib/dsplib/sgd.rst.txt +++ b/master/html/_sources/functionlib/dsplib/sgd.rst.txt @@ -2,6 +2,19 @@ SGD ================= 对权重张量执行带动量与权重衰减的随机梯度下降更新。 + .. math:: + + \begin{aligned} + g'_t &= g_t + weight\_decay \cdot w_{t-1} \\ + m_t &= moment \cdot m_{t-1} + (1 - dampening) \cdot g'_t \\ + u_t &= + \begin{cases} + m_t \cdot moment + g'_t, & \text{if nesterov = True} \\ + m_t, & \text{otherwise} + \end{cases} \\ + w_t &= w_{t-1} - learning\_rate \cdot u_t + \end{aligned} + 输入： - **weight** - 待更新权重张量首地址。 - **accumulate** - 动量累积张量首地址。 @@ -34,25 +47,11 @@ SGD .. c:function:: void fp_sgd_s(float *weight, float *accumulate, const float *gradient, float learning_rate, float dampening, float moment, bool nesterov, float weight_decay, int start, int end, int core_mask) - - .. math:: - - \begin{aligned} - g'_t &= g_t + weight\_decay \cdot w_{t-1} \\ - m_t &= moment \cdot m_{t-1} + (1 - dampening) \cdot g'_t \\ - u_t &= - \begin{cases} - m_t \cdot moment + g'_t, & \text{if nesterov = True} \\ - m_t, & \text{otherwise} - \end{cases} \\ - w_t &= w_{t-1} - learning\_rate \cdot u_t - \end{aligned} - **C调用示例：** .. code-block:: c :linenos: - :emphasize-lines: 17 + :emphasize-lines: 17-19 // FT78NE 多核示例 #include @@ -86,7 +85,7 @@ SGD .. code-block:: c :linenos: - :emphasize-lines: 15 + :emphasize-lines: 15-17 // MT7004 单核示例 #include diff --git a/master/html/_sources/functionlib/dsplib/shape.rst.txt b/master/html/_sources/functionlib/dsplib/shape.rst.txt new file mode 100644 index 0000000..5229ad5 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/shape.rst.txt @@ -0,0 +1,81 @@ +Shape +================= + +形状推断函数（Shape Inference Function）。该函数根据输入张量的形状和算子参数，推断输出张量的形状。该函数不区分数据类型，只处理张量的形状信息。 + +如果所有输出张量都是常量（ConstTensor 或 ConstScalar），则直接返回，不进行形状推断。否则，根据算子类型调用相应的形状推断函数。 + +支持的算子类型： + - **Arithmetic_InferShape** - 算术运算的形状推断 + - **Common_InferShape** - 通用算子的形状推断 + - **Softmax_InferShape** - Softmax 算子的形状推断 + - **MaxMinGrad_InferShape** - MaxMin 梯度算子的形状推断 + - **Dropout_InferShape** - Dropout 算子的形状推断 + - **DynamicQuant_InferShape** - 动态量化算子的形状推断 + - **Fft_InferShape** - FFT 算子的形状推断 + - **Flatten_InferShape** - Flatten 算子的形状推断 + - **LayerNorm_InferShape** - LayerNorm 算子的形状推断 + - **LogSoftmax_InferShape** - LogSoftmax 算子的形状推断 + +输入： + - **inputs** - 输入张量数组（TensorC** 类型）。 + - **inputs_size** - 输入张量的数量。 + - **outputs** - 输出张量数组（TensorC** 类型）。 + - **outputs_size** - 输出张量的数量。 + - **param** - 算子参数（OpParameter* 类型），包含算子类型和其他参数信息。 + +输出： + - **outputs** - 输出张量数组，其中的形状信息会被更新。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - 该函数不区分数据类型，适用于所有数据类型 + - 函数会自动检查输出是否为常量，如果是常量则跳过形状推断 + +**共享存储/私有存储版本:** + +.. c:function:: void shape(TensorC** inputs, int inputs_size, TensorC** outputs, int outputs_size, OpParameter* param) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 32 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + TensorC** input_tensors_ptrs = (TensorC**)0x10010000; + TensorC** output_tensors_ptrs = (TensorC**)0x10011000; + + TensorC input0; + TensorC input1; + TensorC output; + + int input0_shape[4] = {1,2,3,4}; + int input1_shape[4] = {1,3,4}; + int output_shape[4]; //不用初始化 + memcpy(input0.shape_, input0_shape, 4 * sizeof(int)); + input0.shape_size_ = 4; + memcpy(input1.shape_, input1_shape, 4 * sizeof(int)); + input1.shape_size_ = 3; + input0.data_type_ = kNumberTypeFloat32; + input1.data_type_ = kNumberTypeFloat32; + input0.format_ = Format_NCHW; + input1.format_ = Format_NCHW; + + input_tensors_ptrs[0] = &input0; + input_tensors_ptrs[1] = &input1; + output_tensors_ptrs[0] = &output; + + ArithmeticParameter param; + param.op_parameter_.type_ = Arithmetic_InferShape; + + shape(input_tensors_ptrs, 2, output_tensors_ptrs, 1, (OpParameter*)¶m); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/sigmoidcrossentropwithlogitsgrad.rst.txt b/master/html/_sources/functionlib/dsplib/sigmoidcrossentropwithlogitsgrad.rst.txt new file mode 100644 index 0000000..38234ba --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/sigmoidcrossentropwithlogitsgrad.rst.txt @@ -0,0 +1,103 @@ +SigmoidCrossEntropyWithLogitsGrad +================================= + +计算 **Sigmoid Cross Entropy With Logits** 的梯度。 +该算子以 logits 和 labels 为输入，输出对 logits 的梯度值。 + +数学表达式为： + +.. math:: + + \sigma(x) = \frac{1}{1 + e^{-x}} + + \quad + + dst_i = \sigma(x_i) - y_i + +其中： + - :math:`x_i` 表示第 *i* 个 logit（Input0） + - :math:`y_i` 表示第 *i* 个标签（Input1） + +为提高数值稳定性，计算中对正负 logits 采用不同形式： + +.. math:: + + \sigma(x) = + \begin{cases} + \dfrac{1}{1 + e^{-x}}, & x > 0 \\ + \dfrac{e^{x}}{1 + e^{x}}, & x \le 0 + \end{cases} + +输入： + - **Input0** - logits 输入数据地址。 + - **Input1** - 标签（labels）数据地址。 + - **length** - 计算长度。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 梯度计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 ``fp32`` 类型 + - MT7004 支持 ``fp16``、``fp32`` 类型 + - 输入 logits 与 labels 必须具有相同长度 + - 输出为对 logits 的梯度，不包含对 labels 的梯度 + +**共享存储版本:** + +.. c:function:: void fp_sigmoidcrossentropywithlogitsgrad_s(float* Input0, float* Input1, float* output, int length, int core_mask) +.. c:function:: void hp_sigmoidcrossentropywithlogitsgrad_s(half* Input0, half* Input1, half* output, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *logits = (float *)0xA0000000; // DDR 空间 + float *labels = (float *)0xA0100000; + float *output = (float *)0xC0000000; + + int length = 1024; + int core_mask = 0xff; + + fp_sigmoidcrossentropywithlogitsgrad_s(logits, labels, output, length, core_mask); + + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_sigmoidcrossentropywithlogitsgrad_p(float* Input0, float* Input1, float* output, int length) +.. c:function:: void hp_sigmoidcrossentropywithlogitsgrad_p(half* Input0, half* Input1, half* output, int length) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + // FT78NE 示例（私有存储） + #include + #include + + int main(int argc, char* argv[]) { + float *logits = (float *)0x10810000; // L2 空间 + float *labels = (float *)0x10820000; + float *output = (float *)0x10830000; + + int length = 1024; + fp_sigmoidcrossentropywithlogitsgrad_p( logits, labels, output, length); + + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/sigmoidcrossentropywithlogits.rst.txt b/master/html/_sources/functionlib/dsplib/sigmoidcrossentropywithlogits.rst.txt new file mode 100644 index 0000000..e36ed69 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/sigmoidcrossentropywithlogits.rst.txt @@ -0,0 +1,88 @@ +SigmoidCrossEntropyWithLogits +================================== + + +计算预测值与真实值之间的sigmoid交叉熵。 + +测量离散分类任务中的分布误差，每个类相互独立，且计算出各个类的交叉熵损失。 + +将输入 logits 设置为 :math:`X`，输入 label 为 :math:`Y`，输出为 :math:`loss`。然后， + +.. math:: + + \begin{aligned} + p &= \text{sigmoid}(X) = \frac{1}{1 + e^{-X}} \\ + loss &= -[Y \cdot \ln(p) + (1 - Y) \cdot \ln(1 - p)] + \end{aligned} + +输入： + - **input0** - 输入 logits 张量地址。 + - **input1** - 输入标签张量地址，与 logits 形状相同。 + - **length** - 张量元素总数。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 输出损失张量地址，与输入张量形状相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型：int8, fp32 + - MT7004 支持的数据类型：fp16, fp32 + +**共享存储版本：** + +.. c:function:: void i8_sigmoidcrossentropywithlogits_s(int8_t* input0, int8_t* input1, int8_t* output, int length, int core_mask) +.. c:function:: void fp_sigmoidcrossentropywithlogits_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void hp_sigmoidcrossentropywithlogits_s(half* input0, half* input1, half* output, int length, int core_mask) + +**C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 13 + + // FT78NE 多核示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; // logits在DDR空间 + float *input1 = (float *)0xB0000000; // label在DDR空间 + float *output = (float *)0xC0000000; // 输出损失在DDR空间 + int length = 1000; + int core_mask = 0xff; + + // 计算 sigmoid 交叉熵损失 + fp_sigmoidcrossentropywithlogits_s(input0, input1, output, length, core_mask); + return 0; + } + +**私有存储版本：** + +.. c:function:: void i8_sigmoidcrossentropywithlogits_p(int8_t* input0, int8_t* input1, int8_t* output, int length) +.. c:function:: void fp_sigmoidcrossentropywithlogits_p(float* input0, float* input1, float* output, int length) +.. c:function:: void hp_sigmoidcrossentropywithlogits_p(half* input0, half* input1, half* output, int length) + +**C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + // MT7004 单核示例 + #include + #include + + int main(int argc, char* argv[]) { + half *input0 = (half *)0x10000000; // logits在L2空间 + half *input1 = (half *)0x10004000; // label在L2空间 + half *output = (half *)0x10008000; // 输出损失在L2空间 + int length = 1000; + + // 计算 sigmoid 交叉熵损失 + hp_sigmoidcrossentropywithlogits_p(input0, input1, output, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/sin.rst.txt b/master/html/_sources/functionlib/dsplib/sin.rst.txt new file mode 100644 index 0000000..596abb3 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/sin.rst.txt @@ -0,0 +1,85 @@ +Sin +================= + + + +传入一个数组，对每个元素逐元素计算其正弦值并输出。 + +.. math:: + + dst_i = \sin(src_i) + +输入角度单位为弧度。 + +输入： + - **src_data** - 输入数据地址。 + - **length** - 计算长度。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **dst_data** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp, dp, int8, int16, int32 + - MT7004 支持 hp, fp, int16, int32 + - 整数类型在计算时会先转换为浮点数，再按对应类型输出 + +**共享存储版本:** + +.. c:function:: void i8_sin_s(int8_t* src_data, float* dst_data, int length, int core_mask) +.. c:function:: void i16_sin_s(int16_t* src_data, float* dst_data, int length, int core_mask) +.. c:function:: void i32_sin_s(int* src_data, float* dst_data, int length, int core_mask) +.. c:function:: void hp_sin_s(half* src_data, half* dst_data, int length, int core_mask) +.. c:function:: void fp_sin_s(float* src_data, float* dst_data, int length, int core_mask) +.. c:function:: void dp_sin_s(double* src_data, double* dst_data, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input在DDR空间 + float *output = (float *)0xC0000000; + int length = 1024; + int core_mask = 0xff; + fp_sin_s(input, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_sin_p(int8_t* src_data, float* dst_data, int length) +.. c:function:: void i16_sin_p(int16_t* src_data, float* dst_data, int length) +.. c:function:: void i32_sin_p(int* src_data, float* dst_data, int length) +.. c:function:: void hp_sin_p(half* src_data, half* dst_data, int length) +.. c:function:: void fp_sin_p(float* src_data, float* dst_data, int length) +.. c:function:: void dp_sin_p(double* src_data, double* dst_data, int length) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 9 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10810000; // input在L2空间 + float *output = (float *)0x10820000; + int length = 1024; + fp_sin_p(input, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/size.rst.txt b/master/html/_sources/functionlib/dsplib/size.rst.txt new file mode 100644 index 0000000..5d9f9bc --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/size.rst.txt @@ -0,0 +1,74 @@ +Size +================= + + 计算输入张量或向量的元素总个数（即形状各维度的乘积），并将结果写入输出地址。 + + 输入： + - **output** - 输出数据的地址，用于存储计算结果。 + - **shape** - 输入张量的形状（维度）数组地址。 + - **n** - 输入张量的维度数（Rank）。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + + 输出： + - **output** - 存储元素总个数的地址。 + + 支持平台： + ``FT78NE`` + ``MT7004`` + + .. note:: + - 由于该算子对于不同数据类型的具体实现一致，因此统一使用 ``size_s`` 和 ``size_p`` 命名，不再区分数据类型前缀（如 ``fp_``, ``i8_`` 等）。 + - 支持的数据类型包括：int8, int16, int32, fp32, fp64, cplx64, cplx128。 + +**共享存储版本:** + +.. c:function:: void size_s(int* output, int* shape, int n, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 13 + + #include + #include + + int main(int argc, char* argv[]) { + int n = 4; + // 假设 shape 为 {2, 3, 4, 5}，元素总数为 120 + int *output = (int *)0xA0000000; + int *shape = (int *)0xA0000100; + + // 实际使用中需确保 shape 地址处已存入维度数据 + int core_mask = 0xff; + + size_s(output, shape, n, core_mask); + + return 0; + } + + +**私有存储版本:** + +.. c:function:: void size_p(int* output, int* shape, int n) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + #include + #include + + int main(int argc, char* argv[]) { + int n = 3; + // 假设 shape 为 {10, 10, 4}，元素总数为 400 + int *output = (int *)0x10000000; + int *shape = (int *)0x10000040; + + // 实际使用中需确保 shape 地址处已存入维度数据 + size_p(output, shape, n); + + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/skipgram.rst.txt b/master/html/_sources/functionlib/dsplib/skipgram.rst.txt new file mode 100644 index 0000000..dea874d --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/skipgram.rst.txt @@ -0,0 +1,125 @@ +Skipgram +======== + +从输入语句中生成skip-gram。skip-gram是从句子中提取的词语序列，其中相邻词语之间的距离（跳过的词语数量）不超过指定的最大值。此算子主要用于自然语言处理（NLP）任务。 + +输入： + - **sentence** - `StringPack*` 类型，指向输入语句的指针。 + - **words** - `StringPack*` 类型，用于存储从语句中解析出的词语的工作空间。 + - **ngram_size** - `int` 类型，指定每个n-gram中的词语数量。 + - **max_skip_size** - `int` 类型，指定在构成n-gram时可以跳过的最大词语数量。 + - **include_all_ngrams** - `int` 类型，布尔标志。如果为非零，则生成长度从1到 `ngram_size` 的所有n-gram；否则，仅生成长度为 `ngram_size` 的n-gram。 + - **grams** - `StringPack**` 类型，用于存储生成的gram的工作空间。 + - **grams_word_count** - `int*` 类型，用于存储每个gram中词语数量的工作空间。 + - **stack** - `int*` 类型，长度为 `ngram_size` 的临时工作空间。 + - **blank** - `char*` 类型，指向空格字符的指针，用于连接gram中的词语。 + - **output_tensor** - `char*` 类型，最终输出张量的数据地址。 + - **offset** - `int*` 类型，输出参数，用于存储 `output_tensor` 中每个gram的偏移量。 + - **len** - `int*` 类型，输出参数，用于存储 `output_tensor` 中每个gram的长度。 + - **shape** - `int*` 类型，输出参数，用于存储输出张量的维度信息。 + - **core_mask** - (仅限共享版本) 核掩码。 + +输出： + - **output_tensor**、**offset**、**len** 和 **shape** - 这些指针指向的内存区域将被填充，以表示包含生成结果的最终张量。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - 该算子不区分数据类型，直接操作字符数据。 + + +**共享存储版本:** + +.. c:function:: int skipgram_s(StringPack *sentence, StringPack *words, int ngram_size, int max_skip_size, int include_all_ngrams, StringPack **grams, int *grams_word_count, int *stack, char *blank, char *output_tensor, int *offset, int *len, int *shape, int core_mask) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 31-33 + + #include + #include "skipgram.h" // 假设头文件名 + + typedef struct StringPack { + long long len; + char *data; + } StringPack; + + int main(int argc, char* argv[]) { + // 假设输入和工作空间已在DDR中分配 + StringPack* sentence = (StringPack*)0xA0000000; + StringPack* words = (StringPack*)0xA0010000; + StringPack** grams = (StringPack**)0xA0020000; + int* grams_word_count = (int*)0xA0030000; + int* stack = (int*)0xA0040000; + char* output_tensor = (char*)0xB0000000; + int* offset = (int*)0xB0010000; + int* len = (int*)0xB0020000; + int* shape = (int*)0xB0030000; + char blank_char = ' '; + + // 填充sentence内容 + sentence->data = "mindspore signal processing library"; + sentence->len = 33; + + int ngram_size = 2; + int max_skip_size = 1; + int include_all_ngrams = 1; + int core_mask = 0xff; + + skipgram_s(sentence, words, ngram_size, max_skip_size, include_all_ngrams, + grams, grams_word_count, stack, &blank_char, + output_tensor, offset, len, shape, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: int skipgram_p(StringPack *sentence, StringPack *words, int ngram_size, int max_skip_size, int include_all_ngrams, StringPack **grams, int *grams_word_count, int *stack, char *blank, char *output_tensor, int *offset, int *len, int *shape) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 30-32 + + #include + #include "skipgram.h" // 假设头文件名 + + typedef struct StringPack { + long long len; + char *data; + } StringPack; + + int main(int argc, char* argv[]) { + // 假设输入和工作空间已在私有内存中分配 + StringPack* sentence = (StringPack*)0x10001000; + StringPack* words = (StringPack*)0x10002000; + StringPack** grams = (StringPack**)0x10003000; + int* grams_word_count = (int*)0x10004000; + int* stack = (int*)0x10005000; + char* output_tensor = (char*)0x10006000; + int* offset = (int*)0x10007000; + int* len = (int*)0x10008000; + int* shape = (int*)0x10009000; + char blank_char = ' '; + + // 填充sentence内容 + sentence->data = "mindspore signal processing library"; + sentence->len = 33; + + int ngram_size = 2; + int max_skip_size = 1; + int include_all_ngrams = 1; + + skipgram_p(sentence, words, ngram_size, max_skip_size, include_all_ngrams, + grams, grams_word_count, stack, &blank_char, + output_tensor, offset, len, shape); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/slice.rst.txt b/master/html/_sources/functionlib/dsplib/slice.rst.txt new file mode 100644 index 0000000..be9a03d --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/slice.rst.txt @@ -0,0 +1,97 @@ +Slice +================= + +从输入张量中提取一个子集（切片）。根据给定的起始索引（begin）和切片大小（size），在每个维度上截取数据。 + +.. math:: + + output[i_0, i_1, \dots, i_{n-1}] = input[begin_0 + i_0, begin_1 + i_1, \dots, begin_{n-1} + i_{n-1}] + +其中 $n$ 为维度数（ndim），且满足 $0 \le i_k < size_k$。 + +输入： + - **input** - 输入张量数据地址。 + - **input_shape** - 输入张量的形状数组地址。 + - **ndim** - 输入张量的维度数。 + - **begin** - 切片起始索引数组地址（长度为 ndim）。 + - **size** - 切片大小数组地址（长度为 ndim）。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果存储地址（输出张量形状即为 size）。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - 切片操作不改变数据数值，仅改变数据的空间排布，常用于特征提取或张量分解。 + +**共享存储版本:** + +.. c:function:: void i8_slice_s(int8_t* input, int8_t* output, int* input_shape, int ndim, int* begin, int* size, int core_mask) +.. c:function:: void i16_slice_s(int16_t* input, int16_t* output, int* input_shape, int ndim, int* begin, int* size, int core_mask) +.. c:function:: void i32_slice_s(int32_t* input, int32_t* output, int* input_shape, int ndim, int* begin, int* size, int core_mask) +.. c:function:: void hp_slice_s(half* input, half* output, int* input_shape, int ndim, int* begin, int* size, int core_mask) +.. c:function:: void fp_slice_s(float* input, float* output, int* input_shape, int ndim, int* begin, int* size, int core_mask) +.. c:function:: void dp_slice_s(double* input, double* output, int* input_shape, int ndim, int* begin, int* size, int core_mask) +.. c:function:: void c64_slice_s(float* input, float* output, int* input_shape, int ndim, int* begin, int* size, int core_mask) +.. c:function:: void c128_slice_s(double* input, double* output, int* input_shape, int ndim, int* begin, int* size, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 14 + + // FT78NE 示例（多核并行切片） + #include + #include "78NE/utils.h" + + int main() { + float *input = (float *)0xA0000000; + float *output = (float *)0xB0000000; + int input_shape[] = {16, 32, 64, 128}; + int begin[] = {2, 4, 8, 16}; + int size[] = {8, 12, 20, 32}; + int ndim = 4; + int core_mask = 0xFF; // 使用8核并行 + + fp_slice_s(input, output, input_shape, ndim, begin, size, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_slice_p(int8_t* input, int8_t* output, int* input_shape, int ndim, int* begin, int* size) +.. c:function:: void i16_slice_p(int16_t* input, int16_t* output, int* input_shape, int ndim, int* begin, int* size) +.. c:function:: void i32_slice_p(int32_t* input, int32_t* output, int* input_shape, int ndim, int* begin, int* size) +.. c:function:: void hp_slice_p(half* input, half* output, int* input_shape, int ndim, int* begin, int* size) +.. c:function:: void fp_slice_p(float* input, float* output, int* input_shape, int ndim, int* begin, int* size) +.. c:function:: void dp_slice_p(double* input, double* output, int* input_shape, int ndim, int* begin, int* size) +.. c:function:: void c64_slice_p(float* input, float* output, int* input_shape, int ndim, int* begin, int* size) +.. c:function:: void c128_slice_p(double* input, double* output, int* input_shape, int ndim, int* begin, int* size) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + // MT7004 示例（单核私有存储切片） + #include + + int main() { + float *input = (float *)0x10000000; + float *output = (float *)0x10010000; + int input_shape[] = {4, 8, 16, 32}; + int begin[] = {1, 2, 3, 4}; + int size[] = {2, 3, 6, 8}; + int ndim = 4; + + fp_slice_p(input, output, input_shape, ndim, begin, size); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/smooth1loss.rst.txt b/master/html/_sources/functionlib/dsplib/smooth1loss.rst.txt new file mode 100644 index 0000000..331dd61 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/smooth1loss.rst.txt @@ -0,0 +1,85 @@ +SmoothL1Loss +================= + +计算平滑L1损失函数 + +.. math:: + + \text{loss}(x_1, x_2) = \begin{cases} + \frac{(x_1 - x_2)^2}{2\beta}, & \text{if } |x_1 - x_2| < \beta \\ + |x_1 - x_2| - \frac{\beta}{2}, & \text{otherwise} + \end{cases} + +其中 :math:`x_1` 为预测值，:math:`x_2` 为目标值，:math:`\beta` 为平滑参数。 + +输入： + - **predict** - 预测值数据地址。 + - **target** - 目标值数据地址。 + - **length** - 计算长度。 + - **beta** - 平滑参数（FT78NE平台为float值，MT7004平台为half*指针）。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **out** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, fp32 + - MT7004 支持fp16, fp32 + +**共享存储版本：** + +.. c:function:: void i8_smoothl1loss_s(int8_t* out, int8_t* predict, int8_t* target, int length, float beta, int core_mask) +.. c:function:: void fp_smoothl1loss_s(float* out, float* predict, float* target, int length, float beta, int core_mask) +.. c:function:: void hp_smoothl1loss_s(half* out, half* predict, half* target, int length, half* beta, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *predict = (float *)0xA0000000; //predict在DDR空间 + float *target = (float *)0xB0000000; //target在DDR空间 + float *out = (float *)0xC0000000; //out在DDR空间 + int length = 1000; + float beta = 1.0f; + int core_mask = 0xff; + fp_smoothl1loss_s(out, predict, target, length, beta, core_mask); + return 0; + } + + +**私有存储版本：** + +.. c:function:: void i8_smoothl1loss_p(int8_t* out, int8_t* predict, int8_t* target, int length, float beta) +.. c:function:: void fp_smoothl1loss_p(float* out, float* predict, float* target, int length, float beta) +.. c:function:: void hp_smoothl1loss_p(half* out, half* predict, half* target, int length, half* beta) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *predict = (float *)0x10810000; //predict在L2空间 + float *target = (float *)0x10850000; //target在L2空间 + float *out = (float *)0x108A0000; //out在L2空间 + int length = 1000; + float beta = 1.0f; + fp_smoothl1loss_p(out, predict, target, length, beta); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/smoothl1lossgrad.rst.txt b/master/html/_sources/functionlib/dsplib/smoothl1lossgrad.rst.txt new file mode 100644 index 0000000..86b39f4 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/smoothl1lossgrad.rst.txt @@ -0,0 +1,100 @@ +Smoothl1lossgrad +================= + +计算 Smooth L1 Loss 操作的梯度。该算子是 Smooth L1 Loss 算子的反向传播（backward pass）部分。 + +Smooth L1 Loss 是 L1 Loss 和 L2 Loss 的平滑组合，在损失值较小时使用 L2 Loss，在损失值较大时使用 L1 Loss，以减少异常值的影响。 + +.. math:: + + \text{diff}_i = \text{x1}_i - \text{x2}_i + +.. math:: + + \text{dx1}_i = \begin{cases} + \text{dy}_i, & \text{if } \text{diff}_i > \beta \\ + -\text{dy}_i, & \text{if } \text{diff}_i < -\beta \\ + \frac{\text{diff}_i}{\beta} \times \text{dy}_i, & \text{if } -\beta \leq \text{diff}_i \leq \beta + \end{cases} + +其中 `x1` 是预测值（predict），`x2` 是目标值（target），`dy` 是来自后一层的上游梯度，`dx1` 是对预测值 `x1` 的梯度。`beta` 是平滑参数，控制从 L2 Loss 到 L1 Loss 的过渡点。 + + +输入： + - **dy** - 来自后一层的上游梯度数据地址。 + - **x1** - 前向传播时的预测值数据地址。 + - **x2** - 前向传播时的目标值数据地址。 + - **length** - 计算长度。 + - **beta** - 平滑参数，控制从 L2 Loss 到 L1 Loss 的过渡点。通常取值范围为 0.1 到 1.0。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **dx1** - 计算出的对预测值 `x1` 的梯度数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp16, fp32 + +**共享存储版本:** + +.. c:function:: void fp_smoothl1lossgrad_s(float* dy, float* dx1, float* x1, float* x2, int length, float beta, int core_mask) +.. c:function:: void hp_smoothl1lossgrad_s(half* dy, half* dx1, half* x1, half* x2, int length, half beta, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16 + + //MT7004示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + float *dy = (float *)0xA0000000; // 上游梯度 + float *x1 = (float *)0xA1000000; // 预测值 + float *x2 = (float *)0xA2000000; // 目标值 + float *dx1 = (float *)0xB0000000; // 输出梯度（对 x1 的梯度） + + int length = 1000; + float beta = 1.0f; // 平滑参数 + int core_mask = 0xff; + + fp_smoothl1lossgrad_s(dy, dx1, x1, x2, length, beta, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_smoothl1lossgrad_p(float* dy, float* dx1, float* x1, float* x2, int length, float beta) +.. c:function:: void hp_smoothl1lossgrad_p(half* dy, half* dx1, half* x1, half* x2, int length, half beta) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + //MT7004示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + float *dy = (float *)0x10000000; // 上游梯度 + float *x1 = (float *)0x10001000; // 预测值 + float *x2 = (float *)0x10002000; // 目标值 + float *dx1 = (float *)0x10003000; // 输出梯度（对 x1 的梯度） + + int length = 1000; + float beta = 1.0f; // 平滑参数 + + fp_smoothl1lossgrad_p(dy, dx1, x1, x2, length, beta); + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/softmax.rst.txt b/master/html/_sources/functionlib/dsplib/softmax.rst.txt new file mode 100644 index 0000000..3a1a51c --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/softmax.rst.txt @@ -0,0 +1,94 @@ +Softmax +================= + + + +对输入数组沿指定维度进行 Softmax 计算，输出每个元素的概率值。 + +.. math:: + + \text{output}_{i} = \frac{\exp(\text{input}_{i})}{\sum_j \exp(\text{input}_j)} + \quad \text{for elements along the given axis} + +输入： + - **input_ptr** - 输入数据地址。 + - **axis** - 归一化的轴。 + - **n_dim** - 输入张量维度。 + - **inner_size** - 内部尺寸（轴之后的元素个数）。 + - **outter_size** - 外部尺寸（轴之前的元素个数）。 + - **axis_size** - 归一化轴的元素数量。 + - **sum_data** - 中间累加存储地址（用于存放指数和）。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output_ptr** - Softmax 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp, int8 + - MT7004 支持hp, fp + +**共享存储版本:** + +.. c:function:: void fp_softmax_s(float* input_ptr, float* output_ptr, float* sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size, int core_mask) +.. c:function:: void hp_softmax_s(half* input_ptr, half* output_ptr, half* sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size, int core_mask) +.. c:function:: void i8_softmax_s(int8_t* input_ptr, int8_t* output_ptr, float* sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 16 + + //FT78NE示例 + #include + #include + + int main() { + float *input = (float *)0xA0000000; // input在DDR空间 + float *output = (float *)0xC0000000; + float *sum_data = (float *)0xD0000000; + int axis = 1; + int n_dim = 3; + int inner_size = 4; + int outter_size = 2; + int axis_size = 3; + int core_mask = 0xff; + + fp_softmax_s(input, output, sum_data, axis, n_dim, inner_size, outter_size, axis_size, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_softmax_p(float* input_ptr, float* output_ptr, float* sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size) +.. c:function:: void hp_softmax_p(half* input_ptr, half* output_ptr, half* sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size) +.. c:function:: void i8_softmax_p(int8_t* input_ptr, int8_t* output_ptr, float* sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + //FT78NE示例 + #include + #include + + int main() { + float *input = (float *)0x10810000; // input在L2空间 + float *output = (float *)0x10820000; + float *sum_data = (float *)0x10830000; + int axis = 1; + int n_dim = 3; + int inner_size = 4; + int outter_size = 2; + int axis_size = 3; + + fp_softmax_p(input, output, sum_data, axis, n_dim, inner_size, outter_size, axis_size); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/softmax_cross_entropy_with_logits.rst.txt b/master/html/_sources/functionlib/dsplib/softmax_cross_entropy_with_logits.rst.txt new file mode 100644 index 0000000..eb2cd4c --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/softmax_cross_entropy_with_logits.rst.txt @@ -0,0 +1,125 @@ +SoftmaxCrossEntropyWithLogits +================================= + + 计算 Softmax 交叉熵损失及梯度。 + + 该算子首先对输入 ``logits`` 进行 Softmax 归一化得到概率，然后计算其与 ``labels`` 的交叉熵损失。如果启用了 ``need_grads``，则会计算损失相对于 ``logits`` 的梯度。 + + 算法逻辑如下： + + 1. **Softmax**: + + .. math:: + + p_{i,j} = \frac{e^{x_{i,j}}}{\sum_{k} e^{x_{i,k}}} + + 2. **Cross Entropy Loss**: + + .. math:: + + loss_i = - \sum_{j} y_{i,j} \log(p_{i,j}) + + 3. **Gradients** (当 need_grads=1 时): + + .. math:: + + \frac{\partial loss}{\partial x_{i,j}} = p_{i,j} - y_{i,j} + + 输入： + - **logits** - 输入数据地址（未归一化的对数概率）。形状为 :math:`[batch\_size, num\_of\_classes]`。 + - **labels** - 标签数据地址。形状为 :math:`[batch\_size, num\_of\_classes]`。 + - **probs** - 输出概率地址（Softmax 结果）。 + - **grads** - 输出梯度地址。如果 ``need_grads`` 为 0，可忽略。 + - **output** - 输出损失值地址（通常为标量或每个样本的损失）。 + - **sum_data** - 中间计算缓冲区（Workspace），用于存储行和等临时数据。 + - **batch_size** - 批大小。 + - **num_of_classes** - 类别数量。 + - **need_grads** - 是否需要计算梯度 (0: 不计算, 1: 计算)。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + + 输出： + - **probs** - 更新后的概率分布。 + - **grads** - 计算得到的梯度（如启用）。 + - **output** - 计算得到的交叉熵损失。 + + 支持平台： + ``FT78NE`` + ``MT7004`` + + .. note:: + - **FT78NE** 支持 Fp32 和 Int8 数据类型。 + - **MT7004** 支持 Fp32 和 FP16 数据类型。 + - 输入数据必须是二维矩阵，行优先存储。 + - Int8 版本通常采用混合精度计算：输入/标签为 ``int8_t``，但输出（概率、梯度、损失）为 ``float`` 以保证精度。 + +**共享存储版本:** + +.. c:function:: void fp_softmax_cross_entropy_with_logits_s(float* logits, float* labels, float* probs, float* grads, float* output, float* sum_data, int batch_size, int num_of_classes, int need_grads, int core_mask) +.. c:function:: void hp_softmax_cross_entropy_with_logits_s(float16* logits, float16* labels, float16* probs, float16* grads, float16* output, float16* sum_data, int batch_size, int num_of_classes, int need_grads, int core_mask) +.. c:function:: void i8_softmax_cross_entropy_with_logits_s(int8_t* logits, int8_t* labels, float* probs, float* grads, float* output, float* sum_data, int batch_size, int num_of_classes, int need_grads, int core_mask) + + **C调用示例（FT78NE - Int8）：** + + .. code-block:: c + :linenos: + :emphasize-lines: 19-21 + + #include + #include + + int main(int argc, char* argv[]) { + // 假设所有数据均位于DDR空间 + int8_t* logits = (int8_t*)0xC0000000; + int8_t* labels = (int8_t*)0xC1000000; + float* probs = (float*)0xC2000000; + float* grads = (float*)0xC3000000; + float* output = (float*)0xC4000000; + float* sum_data= (float*)0xC5000000; // Workspace + + int batch_size = 128; + int num_of_classes = 1000; + int need_grads = 1; + int core_mask = 0xff; // 使用所有核心 + + // i8版本：输入为int8，输出及中间计算为float + i8_softmax_cross_entropy_with_logits_s(logits, labels, probs, grads, output, + sum_data, batch_size, num_of_classes, + need_grads, core_mask); + + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_softmax_cross_entropy_with_logits_p(float* logits, float* labels, float* probs, float* grads, float* output, float* sum_data, int batch_size, int num_of_classes, int need_grads) +.. c:function:: void hp_softmax_cross_entropy_with_logits_p(float16* logits, float16* labels, float16* probs, float16* grads, float16* output, float16* sum_data, int batch_size, int num_of_classes, int need_grads) +.. c:function:: void i8_softmax_cross_entropy_with_logits_p(int8_t* logits, int8_t* labels, float* probs, float* grads, float* output, float* sum_data, int batch_size, int num_of_classes, int need_grads) + + **C调用示例（MT7004 - FP16）：** + + .. code-block:: c + :linenos: + :emphasize-lines: 16-18 + + #include + + int main(int argc, char* argv[]) { + // 假设所有数据均位于AM空间 + float16* logits = (float16*)0x10010000; + float16* labels = (float16*)0x10020000; + float16* probs = (float16*)0x10030000; + float16* grads = (float16*)0x10040000; + float16* output = (float16*)0x10050000; + float16* sum_data=(float16*)0x10060000; + + int batch_size = 32; + int num_of_classes = 512; + int need_grads = 1; + + hp_softmax_cross_entropy_with_logits_p(logits, labels, probs, grads, output, + sum_data, batch_size, num_of_classes, + need_grads); + + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/sparse_softmax_cross_entropy_with_logits.rst.txt b/master/html/_sources/functionlib/dsplib/sparse_softmax_cross_entropy_with_logits.rst.txt new file mode 100644 index 0000000..54a7644 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/sparse_softmax_cross_entropy_with_logits.rst.txt @@ -0,0 +1,140 @@ +SparseSoftmaxCrossEntropyWithLogits +======================================= + + 计算稀疏标签下的 Softmax 交叉熵损失及梯度。 + + 与 SoftmaxCrossEntropyWithLogits 不同，该算子的标签（Labels）是类别的索引（整数），而不是 One-hot 向量。这通常能节省内存并加速计算。 + + 算法逻辑如下： + + 1. **Softmax**: + + .. math:: + + p_{i,j} = \frac{e^{x_{i,j}}}{\sum_{k} e^{x_{i,k}}} + + 2. **Cross Entropy Loss**: + 假设 :math:`y_i` 为第 :math:`i` 个样本的标签索引： + + .. math:: + + loss_i = - \log(p_{i, y_i}) + + 3. **Gradients** (当 is_grad=1 时): + + .. math:: + + \frac{\partial loss}{\partial x_{i,j}} = p_{i,j} - \mathbb{1}(j == y_i) + + 输入： + - **input** - 输入 Logits 地址。形状为 :math:`[N, C]`。 + - **losses** - 输出损失地址。 + - **sum_data** - 中间计算缓冲区（Workspace）。 + - **inner_size** - 内部维度大小。对于二维输入 :math:`[N, C]`，通常为 1。 + - **outter_size** - 外部维度大小。对于二维输入 :math:`[N, C]`，通常为 :math:`N` (Batch Size)。 + - **axis_size** - 轴维度大小。对于二维输入 :math:`[N, C]`，通常为 :math:`C` (Num Classes)。 + - **labels** - 标签索引地址。类型为 int，形状为 :math:`[N]`。 + - **is_grad** - 是否计算梯度 (0: 否, 1: 是)。 + - **output** - 输出梯度地址。如果 ``is_grad`` 为 1，则存储计算出的梯度，形状同输入。 + - **batch_size** - 批大小 (N)。 + - **number_of_classes** - 类别数量 (C)。 + - **partial_losses** - 中间计算缓冲区（Workspace），用于归约计算。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + + 输出： + - **losses** - 计算得到的交叉熵损失。 + - **output** - 计算得到的梯度（若启用）。 + + 支持平台： + ``FT78NE`` + ``MT7004`` + + .. note:: + - **FT78NE** 仅支持 Fp32 数据类型。 + - **MT7004** 支持 Fp32 和 FP16 数据类型。 + - 输入数据必须是二维矩阵。 + - FP16 模式下，labels 依然保持为 int 类型，其余浮点指针变为 float16*。 + +**共享存储版本:** + +.. c:function:: void fp_sparse_softmax_cross_entropy_with_logits_s(float* input, float* losses, float* sum_data, uint64_t inner_size, uint64_t outter_size, uint64_t axis_size, int* labels, uint64_t is_grad, float* output, uint64_t batch_size, uint64_t number_of_classes, float* partial_losses, int core_mask) +.. c:function:: void hp_sparse_softmax_cross_entropy_with_logits_s(float16* input, float16* losses, float16* sum_data, uint64_t inner_size, uint64_t outter_size, uint64_t axis_size, int* labels, uint64_t is_grad, float16* output, uint64_t batch_size, uint64_t number_of_classes, float16* partial_losses, int core_mask) + + **C调用示例（FT78NE - Fp32）：** + + .. code-block:: c + :linenos: + :emphasize-lines: 24-29 + + #include + #include + + int main(int argc, char* argv[]) { + // 假设所有数据位于 DDR 空间 + float* input = (float*)0xC0000000; + float* losses = (float*)0xC1000000; + float* sum_data = (float*)0xC2000000; + int* labels = (int*)0xC3000000; + float* output = (float*)0xC4000000; + float* partial_losses = (float*)0xC5000000; + + uint64_t batch_size = 64; + uint64_t number_of_classes = 1000; + + // 针对二维输入 [N, C] 的常用配置 + uint64_t outter_size = batch_size; + uint64_t axis_size = number_of_classes; + uint64_t inner_size = 1; + + uint64_t is_grad = 1; // 计算梯度 + int core_mask = 0xff; + + fp_sparse_softmax_cross_entropy_with_logits_s(input, losses, sum_data, + inner_size, outter_size, axis_size, + labels, is_grad, output, + batch_size, number_of_classes, + partial_losses, core_mask); + + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_sparse_softmax_cross_entropy_with_logits_p(float* input, float* losses, float* sum_data, uint64_t inner_size, uint64_t outter_size, uint64_t axis_size, int* labels, uint64_t is_grad, float* output, uint64_t batch_size, uint64_t number_of_classes, float* partial_losses) +.. c:function:: void hp_sparse_softmax_cross_entropy_with_logits_p(float16* input, float16* losses, float16* sum_data, uint64_t inner_size, uint64_t outter_size, uint64_t axis_size, int* labels, uint64_t is_grad, float16* output, uint64_t batch_size, uint64_t number_of_classes, float16* partial_losses) + + **C调用示例（MT7004 - FP16）：** + + .. code-block:: c + :linenos: + :emphasize-lines: 22-26 + + #include + #include + + int main(int argc, char* argv[]) { + // 假设数据位于 AM 空间 + float16* input = (float16*)0x10010000; + float16* losses = (float16*)0x10020000; + float16* sum_data = (float16*)0x10030000; + int* labels = (int*)0x10040000; // 标签仍为 int + float16* output = (float16*)0x10050000; + float16* partial_losses = (float16*)0x10060000; + + uint64_t batch_size = 32; + uint64_t number_of_classes = 100; + + uint64_t outter_size = batch_size; + uint64_t axis_size = number_of_classes; + uint64_t inner_size = 1; + + uint64_t is_grad = 0; // 仅计算 Loss，不计算梯度 + + hp_sparse_softmax_cross_entropy_with_logits_p(input, losses, sum_data, + inner_size, outter_size, axis_size, + labels, is_grad, output, + batch_size, number_of_classes, + partial_losses); + + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/sparsefillemptyrows.rst.txt b/master/html/_sources/functionlib/dsplib/sparsefillemptyrows.rst.txt new file mode 100644 index 0000000..028f4df --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/sparsefillemptyrows.rst.txt @@ -0,0 +1,122 @@ +SparseFillEmptyRows +==================== + + + +对稀疏张量按行进行补全操作。当某一行在输入稀疏表示中不存在非零元素时， +使用给定的 **default_value** 为该行补充一个元素，并生成新的稀疏表示结果。 +同时可选地输出反向索引映射关系。 + +该算子常用于保证稀疏张量在行维度上的完备性。 + +.. math:: + + \text{if row } r \text{ is empty:} \quad + (r, 0, \dots) \rightarrow default\_value + +输入： + - **N** - 输入稀疏元素个数。 + - **rank** - 稀疏张量的秩（索引维度）。 + - **dense_rows** - 稠密行数。 + - **indices_ptr** - 输入稀疏索引数组地址，大小为 ``N × rank``。 + - **values_ptr** - 输入稀疏值数组地址。 + - **default_value** - 用于填充空行的默认值。 + - **scratch_ptr** - 中间缓冲区，用于存放前缀和信息。 + - **output_reverse_index_map_ptr** - 反向索引映射输出地址（可为 NULL）。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **output_y_indices_ptr** - 输出稀疏索引数组地址。 + - **output_y_values_ptr** - 输出稀疏值数组地址。 + - **filled_count** - 每一行填充计数结果。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp, dp, int8, int16, int32, cplx64, cplx128 + - MT7004 支持hp, fp, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_sparsefillemptyrows_s(int N, int rank, int dense_rows, int *indices_ptr, int8_t *values_ptr, int8_t default_value, int *scratch_ptr, int *output_y_indices_ptr, int8_t *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count, int core_mask) +.. c:function:: void i16_sparsefillemptyrows_s(int N, int rank, int dense_rows, int *indices_ptr, int16_t *values_ptr, int16_t default_value, int *scratch_ptr, int *output_y_indices_ptr, int16_t *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count, int core_mask) +.. c:function:: void i32_sparsefillemptyrows_s(int N, int rank, int dense_rows, int *indices_ptr, int32_t *values_ptr, int32_t default_value, int *scratch_ptr, int *output_y_indices_ptr, int32_t *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count, int core_mask) +.. c:function:: void hp_sparsefillemptyrows_s(int N, int rank, int dense_rows, int *indices_ptr, half *values_ptr, half default_value, int *scratch_ptr, int *output_y_indices_ptr, half *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count, int core_mask) +.. c:function:: void fp_sparsefillemptyrows_s(int N, int rank, int dense_rows, int *indices_ptr, float *values_ptr, float default_value, int *scratch_ptr, int *output_y_indices_ptr, float *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count, int core_mask) +.. c:function:: void dp_sparsefillemptyrows_s(int N, int rank, int dense_rows, int *indices_ptr, double *values_ptr, double default_value, int *scratch_ptr, int *output_y_indices_ptr, double *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count, int core_mask) +.. c:function:: void c64_sparsefillemptyrows_s(int N, int rank, int dense_rows, int *indices_ptr, float *values_ptr, float default_value, int *scratch_ptr, int *output_y_indices_ptr, float *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count, int core_mask) +.. c:function:: void c128_sparsefillemptyrows_s(int N, int rank, int dense_rows, int *indices_ptr, double *values_ptr, double default_value, int *scratch_ptr, int *output_y_indices_ptr, double *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17-21 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + int N = 4, rank = 2, dense_rows = 6; + int *indices = (int *)0xA0000000; + float *values = (float *)0xA0010000; + float default_value = 0.0f; + int *scratch = (int *)0xA0020000; + int *out_indices = (int *)0xC0000000; + float *out_values = (float *)0xC0010000; + int *reverse_map = (int *)0xC0020000; + int *filled_count = (int *)0xC0030000; + int core_mask = 0xff; + + fp_sparsefillemptyrows_s( + N, rank, dense_rows, + indices, values, default_value, + scratch, out_indices, out_values, + reverse_map, filled_count, core_mask); + + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_sparsefillemptyrows_p(int N, int rank, int dense_rows, int *indices_ptr, int8_t *values_ptr, int8_t default_value, int *scratch_ptr, int *output_y_indices_ptr, int8_t *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count) +.. c:function:: void i16_sparsefillemptyrows_p(int N, int rank, int dense_rows, int *indices_ptr, int16_t *values_ptr, int16_t default_value, int *scratch_ptr, int *output_y_indices_ptr, int16_t *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count) +.. c:function:: void i32_sparsefillemptyrows_p(int N, int rank, int dense_rows, int *indices_ptr, int32_t *values_ptr, int32_t default_value, int *scratch_ptr, int *output_y_indices_ptr, int32_t *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count) +.. c:function:: void hp_sparsefillemptyrows_p(int N, int rank, int dense_rows, int *indices_ptr, half *values_ptr, half default_value, int *scratch_ptr, int *output_y_indices_ptr, half *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count) +.. c:function:: void fp_sparsefillemptyrows_p(int N, int rank, int dense_rows, int *indices_ptr, float *values_ptr, float default_value, int *scratch_ptr, int *output_y_indices_ptr, float *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count) +.. c:function:: void dp_sparsefillemptyrows_p(int N, int rank, int dense_rows, int *indices_ptr, double *values_ptr, double default_value, int *scratch_ptr, int *output_y_indices_ptr, double *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count) +.. c:function:: void c64_sparsefillemptyrows_p(int N, int rank, int dense_rows, int *indices_ptr, float *values_ptr, float default_value, int *scratch_ptr, int *output_y_indices_ptr, float *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count) +.. c:function:: void c128_sparsefillemptyrows_p(int N, int rank, int dense_rows, int *indices_ptr, double *values_ptr, double default_value, int *scratch_ptr, int *output_y_indices_ptr, double *output_y_values_ptr, int *output_reverse_index_map_ptr, int *filled_count) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15-19 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + int N = 4, rank = 2, dense_rows = 6; + int *indices = (int *)0x10810000; + float *values = (float *)0x10820000; + float default_value = 0.0f; + int *scratch = (int *)0x10830000; + int *out_indices = (int *)0x10840000; + float *out_values = (float *)0x10850000; + int *filled_count = (int *)0x10860000; + + fp_sparsefillemptyrows_p( + N, rank, dense_rows, + indices, values, default_value, + scratch, out_indices, out_values, + NULL, filled_count); + + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/sparsereshape.rst.txt b/master/html/_sources/functionlib/dsplib/sparsereshape.rst.txt new file mode 100644 index 0000000..d685e56 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/sparsereshape.rst.txt @@ -0,0 +1,124 @@ +Sparsereshape +================= + +对稀疏张量进行形状重塑（Reshape）。该算子将稀疏张量的索引从输入形状转换到输出形状，不改变稀疏值本身，只更新索引。该算子不区分数据类型，只处理索引信息。 + + +对于每个稀疏元素： +- 计算其在输入形状中的线性索引： + + :math:`\text{ori\_index} = \sum_{j=0}^{\text{input\_rank}-1} \text{in\_indices}[j] \times \text{in\_stride}[j]` + +- 将线性索引转换为输出形状的多维索引： + + :math:`\text{out\_indices}[j] = \text{ori\_index} / \text{out\_stride}[j]`，然后 :math:`\text{ori\_index} = \text{ori\_index} \% \text{out\_stride}[j]` + +输入： + - **in_indices_ptr** - 输入稀疏张量的索引数组，大小为 `N * input\_rank`，每 `input\_rank` 个元素表示一个非零元素的索引。 + - **in_inshape_ptr** - 输入稀疏张量的形状数组，大小为 `input\_rank`，例如 `[2, 3]` 表示 2×3 的矩阵。 + - **in_outshape_ptr** - 目标输出形状数组，大小为 `output_rank`，例如 `[3, 2]` 表示要将形状转换为 3×2。 + - **out_outshape_ptr** - 输出形状数组，应该与 `in_outshape_ptr` 一致，大小为 `output_rank`。 + - **input_rank** - 输入稀疏张量的维度数。 + - **output_rank** - 输出稀疏张量的维度数。 + - **N** - 稀疏张量中非零元素的数量。 + - **in_stride** - 输入形状的步长数组（临时空间），大小为 `input_rank`，用于中间计算。 + - **out_stride** - 输出形状的步长数组（临时空间），大小为 `output_rank`，用于中间计算。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **out_indices_ptr** - 转换后的索引数组，大小为 `N * output_rank`，每 `output_rank` 个元素表示一个非零元素在输出形状中的索引。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32 + - MT7004 支持fp32 + +**共享存储版本:** + +.. c:function:: void sparsereshape_s(int* in_indices_ptr, int* in_inshape_ptr, int* in_outshape_ptr, int* out_indices_ptr, int* out_outshape_ptr, int input_rank, int output_rank, int N, int* in_stride, int* out_stride, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 31-33 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + int N = 3; // 有3个非零元素 + int input_rank = 2; // 输入是2维 + int output_rank = 2; // 输出也是2维 + + // 输入形状 [2, 3]，输出形状 [3, 2] + int in_inshape[] = {2, 3}; + int in_outshape[] = {3, 2}; + int out_outshape[] = {3, 2}; // 应该和 in_outshape 一致 + + // 输入索引：[[0,0], [0,1], [1,2]] + int *in_indices_ptr = (int *)0xA0000000; + in_indices_ptr[0] = 0; in_indices_ptr[1] = 0; // 第一个元素在位置(0,0) + in_indices_ptr[2] = 0; in_indices_ptr[3] = 1; // 第二个元素在位置(0,1) + in_indices_ptr[4] = 1; in_indices_ptr[5] = 2; // 第三个元素在位置(1,2) + + // 输出索引（待填充） + int *out_indices_ptr = (int *)0xB0000000; + + // 临时空间：步长数组 + int *in_stride = (int *)0xC0000000; // 大小为 input_rank + int *out_stride = (int *)0xC0100000; // 大小为 output_rank + + int core_mask = 0xff; + + sparsereshape_s(in_indices_ptr, in_inshape, in_outshape, out_indices_ptr, + out_outshape, input_rank, output_rank, N, in_stride, + out_stride, core_mask); + + return 0; + } + +**私有存储版本:** + +.. c:function:: void sparsereshape_p(int* in_indices_ptr, int* in_inshape_ptr, int* in_outshape_ptr, int* out_indices_ptr, int* out_outshape_ptr, int input_rank, int output_rank, int N, int* in_stride, int* out_stride) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 24-26 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + int N = 3; + int input_rank = 2; + int output_rank = 2; + + int in_inshape[] = {2, 3}; + int in_outshape[] = {3, 2}; + int out_outshape[] = {3, 2}; + + int *in_indices_ptr = (int *)0x10000000; + in_indices_ptr[0] = 0; in_indices_ptr[1] = 0; + in_indices_ptr[2] = 0; in_indices_ptr[3] = 1; + in_indices_ptr[4] = 1; in_indices_ptr[5] = 2; + + int *out_indices_ptr = (int *)0x10001000; + int *in_stride = (int *)0x10002000; + int *out_stride = (int *)0x10003000; + + sparsereshape_p(in_indices_ptr, in_inshape, in_outshape, out_indices_ptr, + out_outshape, input_rank, output_rank, N, in_stride, + out_stride); + + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/sparsesegmentsum.rst.txt b/master/html/_sources/functionlib/dsplib/sparsesegmentsum.rst.txt new file mode 100644 index 0000000..e9f4d37 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/sparsesegmentsum.rst.txt @@ -0,0 +1,157 @@ +Sparsesegmentsum +================= + +对稀疏分段数据进行求和。该算子根据分段ID（segment_ids）将输入数据的分段进行求和，输出除第0维外其他维度与输入相同的张量。 + +算法流程： +1. 计算输入数据的总元素数和每个切片的大小（按第0维切分） +2. 计算输出数据的形状：第0维为 `max(segment_ids) + 1`，其他维度与输入相同 +3. 初始化输出数据为0 +4. 对每个索引，将其对应的数据切片累加到对应的分段中 + +对于每个索引 `i`： +- 获取对应的分段ID：`segment_id = in_segment_ids[i]` +- 获取对应的输入索引：`input_index = in_indices[i]` +- 将输入数据的切片 `in_data[input_index * n : (input_index + 1) * n]` 累加到输出数据的切片 `out_data[segment_id * n : (segment_id + 1) * n]` + +.. math:: + + \text{out\_data\_shape}[0] = \max(\text{in\_segment\_ids}) + 1 + +.. math:: + + \text{out\_data\_shape}[i] = \text{in\_data\_shape}[i], \quad \text{for } i = 1, 2, \ldots, \text{in\_data\_shape\_size} - 1 + +.. math:: + + n = \frac{\prod_{i=0}^{\text{in\_data\_shape\_size}-1} \text{in\_data\_shape}[i]}{\text{in\_data\_shape}[0]} + +.. math:: + + \text{out\_data}[j + \text{segment\_id} \times n] \mathrel{+}= \text{in\_data}[j + \text{input\_index} \times n], \quad \text{for } j = 0, 1, \ldots, n-1 + +其中 `n` 是每个切片的大小（按第0维切分后的元素数）。 + +输入： + - **in_data** - 输入数据数组，形状由 `in_data_shape` 和 `in_data_shape_size` 确定。 + - **in_indices** - 输入索引数组，大小为 `in_indices_size`，每个元素表示输入数据第0维的索引。 + - **in_segment_ids** - 分段ID数组，大小为 `in_indices_size`，与 `in_indices` 一一对应，表示每个索引所属的分段。 + - **in_data_shape** - 输入数据的形状数组，大小为 `in_data_shape_size`。 + - **in_data_shape_size** - 输入数据的维度数。 + - **in_indices_size** - `in_indices` 和 `in_segment_ids` 数组的大小。 + +输出： + - **out_data** - 输出数据数组，第0维大小为 `max(in_segment_ids) + 1`，其他维度与输入相同。 + - **out_data_shape** - 输出数据的形状数组，大小为 `in_data_shape_size`，由算子内部计算。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int16, int32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void fp_sparsesegmentsum_s(float* in_data, float* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape, int core_mask) +.. c:function:: void hp_sparsesegmentsum_s(half* in_data, half* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape, int core_mask) +.. c:function:: void i16_sparsesegmentsum_s(int16_t* in_data, int16_t* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape, int core_mask) +.. c:function:: void i32_sparsesegmentsum_s(int32_t* in_data, int32_t* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape, int core_mask) +.. c:function:: void dp_sparsesegmentsum_s(double* in_data, double* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape, int core_mask) +.. c:function:: void c64_sparsesegmentsum_s(float* in_data, float* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape, int core_mask) +.. c:function:: void c128_sparsesegmentsum_s(double* in_data, double* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 31-33 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + // 输入数据形状 [4, 3, 2]，表示4个样本，每个样本3×2的矩阵 + int in_data_shape[] = {4, 3, 2}; + int in_data_shape_size = 3; + + // 输入数据：4个样本的数据 + float *in_data = (float *)0xA0000000; + // in_data包含 4 * 3 * 2 = 24 个元素 + + // 索引数组：选择第0、2、3个样本 + int in_indices[] = {0, 2, 3}; + int in_indices_size = 3; + + // 分段ID：第0个样本属于分段0，第2个样本属于分段1，第3个样本属于分段1 + int in_segment_ids[] = {0, 1, 1}; + + // 输出数据形状（待计算） + int out_data_shape[3]; + + // 输出数据：分段0有1个样本，分段1有2个样本 + // 输出形状应该是 [2, 3, 2]（max(segment_ids)+1=2） + float *out_data = (float *)0xB0000000; + + int core_mask = 0xff; + + fp_sparsesegmentsum_s(in_data, out_data, in_indices, in_segment_ids, + in_data_shape, in_data_shape_size, in_indices_size, + out_data_shape, core_mask); + + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_sparsesegmentsum_p(float* in_data, float* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape) +.. c:function:: void hp_sparsesegmentsum_p(half* in_data, half* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape) +.. c:function:: void i16_sparsesegmentsum_p(int16_t* in_data, int16_t* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape) +.. c:function:: void i32_sparsesegmentsum_p(int32_t* in_data, int32_t* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape) +.. c:function:: void dp_sparsesegmentsum_p(double* in_data, double* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape) +.. c:function:: void c64_sparsesegmentsum_p(float* in_data, float* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape) +.. c:function:: void c128_sparsesegmentsum_p(double* in_data, double* out_data, int* in_indices, int* in_segment_ids, int* in_data_shape, int in_data_shape_size, int in_indices_size, int* out_data_shape) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 29-31 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + // 输入数据形状 [4, 3, 2]，表示4个样本，每个样本3×2的矩阵 + int in_data_shape[] = {4, 3, 2}; + int in_data_shape_size = 3; + + // 输入数据：4个样本的数据 + float *in_data = (float *)0x10000000; + // in_data包含 4 * 3 * 2 = 24 个元素 + + // 索引数组：选择第0、2、3个样本 + int in_indices[] = {0, 2, 3}; + int in_indices_size = 3; + + // 分段ID：第0个样本属于分段0，第2个样本属于分段1，第3个样本属于分段1 + int in_segment_ids[] = {0, 1, 1}; + + // 输出数据形状（待计算） + int out_data_shape[3]; + + // 输出数据：分段0有1个样本，分段1有2个样本 + // 输出形状应该是 [2, 3, 2]（max(segment_ids)+1=2） + float *out_data = (float *)0x10010000; + + fp_sparsesegmentsum_p(in_data, out_data, in_indices, in_segment_ids, + in_data_shape, in_data_shape_size, in_indices_size, + out_data_shape); + + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/sparsetodense.rst.txt b/master/html/_sources/functionlib/dsplib/sparsetodense.rst.txt new file mode 100644 index 0000000..99b5da8 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/sparsetodense.rst.txt @@ -0,0 +1,191 @@ +Sparsetodense +================= + +将稀疏张量转换为密集张量。该算子根据稀疏索引和值，将稀疏元素填充到密集张量的对应位置。支持标量值模式（所有位置使用相同的值）和向量值模式（每个索引对应不同的值）。 + +对于每个稀疏元素，根据其索引计算在密集张量中的线性位置，根据 `is_scalar` 标志，将对应的稀疏值写入密集张量的对应位置 + +.. math:: + + \text{output}[\text{index}] = \begin{cases} + \text{sparse\_values}[0], & \text{if } \text{is\_scalar} = 1 \\ + \text{sparse\_values}[i], & \text{if } \text{is\_scalar} = 0 + \end{cases} + +输入： + - **indices_vec** - 稀疏张量的索引数组，大小为 `sparse_length * 4`，每4个连续的int值表示一个稀疏元素在4维密集张量中的位置坐标 `[dim0, dim1, dim2, dim3]`。 + - **sparse_values** - 稀疏张量的值数组。如果 `is_scalar = 1`，只需要 `sparse_values[0]` 有效；如果 `is_scalar = 0`，需要 `sparse_length` 个值。 + - **output_strides** - 输出密集张量的步长数组，大小为4，用于将多维索引转换为线性索引。`output_strides[0]`, `output_strides[1]`, `output_strides[2]` 对应前3维的步长，第4维的步长为1。 + - **sparse_length** - 稀疏张量中非零元素的数量。 + - **is_scalar** - 是否为标量值标志。1 表示所有稀疏元素使用相同的值（`sparse_values[0]`），0 表示每个索引对应不同的值。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **output** - 输出密集张量的数据数组。输出数组的大小由 `output_strides` 和最大索引值确定。未在 `indices_vec` 中指定的位置保持原值（调用前需要初始化）。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int8, int16, int32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_sparsetodense_s(int* indices_vec, int8_t* sparse_values, int8_t* output, int* output_strides, int sparse_length, int is_scalar, int core_mask) +.. c:function:: void i16_sparsetodense_s(int* indices_vec, int16_t* sparse_values, int16_t* output, int* output_strides, int sparse_length, int is_scalar, int core_mask) +.. c:function:: void i32_sparsetodense_s(int* indices_vec, int32_t* sparse_values, int32_t* output, int* output_strides, int sparse_length, int is_scalar, int core_mask) +.. c:function:: void hp_sparsetodense_s(int* indices_vec, half* sparse_values, half* output, int* output_strides, int sparse_length, int is_scalar, int core_mask) +.. c:function:: void fp_sparsetodense_s(int* indices_vec, float* sparse_values, float* output, int* output_strides, int sparse_length, int is_scalar, int core_mask) +.. c:function:: void dp_sparsetodense_s(int* indices_vec, double* sparse_values, double* output, int* output_strides, int sparse_length, int is_scalar, int core_mask) +.. c:function:: void c64_sparsetodense_s(int* indices_vec, float* sparse_values, float* output, int* output_strides, int sparse_length, int is_scalar, int core_mask) +.. c:function:: void c128_sparsetodense_s(int* indices_vec, double* sparse_values, double* output, int* output_strides, int sparse_length, int is_scalar, int core_mask) + +**C调用示例（向量值模式）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 40-41 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + // 输出密集张量形状 [2, 3, 4, 5] + int output_shape[] = {2, 3, 4, 5}; + + // 计算步长：stride0 = 3*4*5 = 60, stride1 = 4*5 = 20, stride2 = 5, stride3 = 1 + int output_strides[4]; + output_strides[0] = 3 * 4 * 5; // 60 + output_strides[1] = 4 * 5; // 20 + output_strides[2] = 5; // 5 + output_strides[3] = 1; // 第4维步长为1（未使用） + + // 稀疏元素：3个非零元素 + int sparse_length = 3; + + // 索引：[[0,0,0,0], [0,1,2,3], [1,2,3,4]] + int *indices_vec = (int *)0xA0000000; + indices_vec[0] = 0; indices_vec[1] = 0; indices_vec[2] = 0; indices_vec[3] = 0; // 位置(0,0,0,0) + indices_vec[4] = 0; indices_vec[5] = 1; indices_vec[6] = 2; indices_vec[7] = 3; // 位置(0,1,2,3) + indices_vec[8] = 1; indices_vec[9] = 2; indices_vec[10] = 3; indices_vec[11] = 4; // 位置(1,2,3,4) + + // 稀疏值：每个索引对应不同的值 + float *sparse_values = (float *)0xA1000000; + sparse_values[0] = 1.0f; + sparse_values[1] = 2.0f; + sparse_values[2] = 3.0f; + + // 输出密集张量（需要预先初始化为0或默认值） + float *output = (float *)0xB0000000; + int output_size = 2 * 3 * 4 * 5; // 120 + memset(output, 0, output_size * sizeof(float)); + + int is_scalar = 0; // 向量值模式 + int core_mask = 0xff; + + fp_sparsetodense_s(indices_vec, sparse_values, output, output_strides, + sparse_length, is_scalar, core_mask); + + return 0; + } + +**C调用示例（标量值模式）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 32-33 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + int output_strides[4]; + output_strides[0] = 3 * 4 * 5; // 60 + output_strides[1] = 4 * 5; // 20 + output_strides[2] = 5; // 5 + output_strides[3] = 1; + + int sparse_length = 3; + + // 索引：[[0,0,0,0], [0,1,2,3], [1,2,3,4]] + int *indices_vec = (int *)0xA0000000; + indices_vec[0] = 0; indices_vec[1] = 0; indices_vec[2] = 0; indices_vec[3] = 0; + indices_vec[4] = 0; indices_vec[5] = 1; indices_vec[6] = 2; indices_vec[7] = 3; + indices_vec[8] = 1; indices_vec[9] = 2; indices_vec[10] = 3; indices_vec[11] = 4; + + // 所有位置使用相同的值 + float *sparse_values = (float *)0xA1000000; + sparse_values[0] = 5.0f; // 只有这个值会被使用 + + float *output = (float *)0xB0000000; + int output_size = 2 * 3 * 4 * 5; + memset(output, 0, output_size * sizeof(float)); + + int is_scalar = 1; // 标量值模式 + int core_mask = 0xff; + + fp_sparsetodense_s(indices_vec, sparse_values, output, output_strides, + sparse_length, is_scalar, core_mask); + + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_sparsetodense_p(int* indices_vec, int8_t* sparse_values, int8_t* output, int* output_strides, int sparse_length, int is_scalar) +.. c:function:: void i16_sparsetodense_p(int* indices_vec, int16_t* sparse_values, int16_t* output, int* output_strides, int sparse_length, int is_scalar) +.. c:function:: void i32_sparsetodense_p(int* indices_vec, int32_t* sparse_values, int32_t* output, int* output_strides, int sparse_length, int is_scalar) +.. c:function:: void hp_sparsetodense_p(int* indices_vec, half* sparse_values, half* output, int* output_strides, int sparse_length, int is_scalar) +.. c:function:: void fp_sparsetodense_p(int* indices_vec, float* sparse_values, float* output, int* output_strides, int sparse_length, int is_scalar) +.. c:function:: void dp_sparsetodense_p(int* indices_vec, double* sparse_values, double* output, int* output_strides, int sparse_length, int is_scalar) +.. c:function:: void c64_sparsetodense_p(int* indices_vec, float* sparse_values, float* output, int* output_strides, int sparse_length, int is_scalar) +.. c:function:: void c128_sparsetodense_p(int* indices_vec, double* sparse_values, double* output, int* output_strides, int sparse_length, int is_scalar) + +**C调用示例（私有存储版本）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 31-32 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + int output_strides[4]; + output_strides[0] = 3 * 4 * 5; // 60 + output_strides[1] = 4 * 5; // 20 + output_strides[2] = 5; // 5 + output_strides[3] = 1; + + int sparse_length = 3; + + int *indices_vec = (int *)0x10000000; + indices_vec[0] = 0; indices_vec[1] = 0; indices_vec[2] = 0; indices_vec[3] = 0; + indices_vec[4] = 0; indices_vec[5] = 1; indices_vec[6] = 2; indices_vec[7] = 3; + indices_vec[8] = 1; indices_vec[9] = 2; indices_vec[10] = 3; indices_vec[11] = 4; + + float *sparse_values = (float *)0x10001000; + sparse_values[0] = 1.0f; + sparse_values[1] = 2.0f; + sparse_values[2] = 3.0f; + + float *output = (float *)0x10002000; + int output_size = 2 * 3 * 4 * 5; + memset(output, 0, output_size * sizeof(float)); + + int is_scalar = 0; + + fp_sparsetodense_p(indices_vec, sparse_values, output, output_strides, + sparse_length, is_scalar); + + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/splice.rst.txt b/master/html/_sources/functionlib/dsplib/splice.rst.txt new file mode 100644 index 0000000..378ef42 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/splice.rst.txt @@ -0,0 +1,94 @@ +Splice +================= + +对输入数据按给定上下文索引进行拼接操作，将多行特征数据按指定索引映射拼接到输出中。通常用于声学模型或时间序列模型的上下文扩展。 + +输入： + - **src_data** - 输入数据地址。 + - **src_row** - 输入行数。 + - **src_col** - 输入列数。 + - **dst_row** - 输出行数。 + - **dst_col** - 输出列数。 + - **context_dim** - 上下文维度，即每行需要拼接的上下文数量。 + - **forward_indexes** - 上下文索引数组。 + - **forward_indexes_dims** - 上下文索引数组长度。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **dst_data** - 拼接后的输出数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp, dp, int8, int16, int32, clx64, cplx128 + - MT7004 支持hp, fp, i16, i32, cplx64 + +**共享存储版本:** + +.. c:function:: void fp_splice_s(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, float* src_data, float* dst_data, int core_mask) +.. c:function:: void hp_splice_s(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, half* src_data, half* dst_data, int core_mask) +.. c:function:: void dp_splice_s(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, double* src_data, double* dst_data, int core_mask) +.. c:function:: void i8_splice_s(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, int8_t* src_data, int8_t* dst_data, int core_mask) +.. c:function:: void i16_splice_s(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, int16_t* src_data, int16_t* dst_data, int core_mask) +.. c:function:: void i32_splice_s(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, int* src_data, int* dst_data, int core_mask) +.. c:function:: void c64_splice_s(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, float* src_data, float* dst_data, int core_mask) +.. c:function:: void c128_splice_s(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, double* src_data, double* dst_data, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + #include + #include + + int main() { + float *input = (float *)0xA0000000; // 输入在DDR空间 + float *output = (float *)0xC0000000; + int src_row = 100, src_col = 64; + int dst_row = 100, dst_col = 64*3; + int context_dim = 3; + int forward_indexes[300]; // 举例 + int forward_indexes_dims = 300; + int core_mask = 0xff; + + fp_splice_s(src_row, src_col, dst_row, dst_col, context_dim, forward_indexes_dims, forward_indexes, input, output, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_splice_p(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, float* src_data, float* dst_data) +.. c:function:: void hp_splice_p(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, half* src_data, half* dst_data) +.. c:function:: void dp_splice_p(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, double* src_data, double* dst_data) +.. c:function:: void i8_splice_p(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, int8_t* src_data, int8_t* dst_data) +.. c:function:: void i16_splice_p(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, int16_t* src_data, int16_t* dst_data) +.. c:function:: void i32_splice_p(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, int* src_data, int* dst_data) +.. c:function:: void c64_splice_p(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, float* src_data, float* dst_data) +.. c:function:: void c128_splice_p(int src_row, int src_col, int dst_row, int dst_col, int context_dim, int forward_indexes_dims, int* forward_indexes, double* src_data, double* dst_data) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + #include + #include + + int main() { + float *input = (float *)0x10810000; // 输入在L2空间 + float *output = (float *)0x10820000; + int src_row = 100, src_col = 64; + int dst_row = 100, dst_col = 64*3; + int context_dim = 3; + int forward_indexes[300]; // 举例 + int forward_indexes_dims = 300; + + fp_splice_p(src_row, src_col, dst_row, dst_col, context_dim, forward_indexes_dims, forward_indexes, input, output); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/split.rst.txt b/master/html/_sources/functionlib/dsplib/split.rst.txt new file mode 100644 index 0000000..d468f51 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/split.rst.txt @@ -0,0 +1,103 @@ +Split +================= + +将一个张量（Tensor）沿着指定的轴（axis）拆分为多个子张量。子张量在指定轴上的大小由 ``split_sizes`` 数组决定。 + +.. math:: + + \text{input.shape} = [d_0, d_1, \dots, d_{axis}, \dots, d_{n-1}] + +.. math:: + + \text{对于第 } j \text{ 个输出: } output_j\text{.shape} = [d_0, d_1, \dots, split\_sizes[j], \dots, d_{n-1}] + +输入： + - **input** - 输入数据起始地址。 + - **axis** - 指定拆分的维度轴。 + - **input_shape** - 输入张量的形状数组地址。 + - **input_ndim** - 输入张量的维度数。 + - **num_split** - 拆分出的子张量个数。 + - **split_sizes** - 一个数组，包含每个子张量在拆分轴上的长度。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **outputs** - 指针数组地址，其中每个元素指向一个子张量的存储地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - ``split_sizes`` 的元素之和必须等于输入张量在 ``axis`` 维度的长度。 + - 对于复数类型（cplx64 / cplx128），拆分逻辑与实数一致，但需注意地址偏移按复数对计算。 + +**共享存储版本:** + +.. c:function:: void i8_split_s(int8_t* input, int8_t* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes, int core_mask) +.. c:function:: void i16_split_s(int16_t* input, int16_t* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes, int core_mask) +.. c:function:: void i32_split_s(int32_t* input, int32_t* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes, int core_mask) +.. c:function:: void hp_split_s(half* input, half* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes, int core_mask) +.. c:function:: void fp_split_s(float* input, float* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes, int core_mask) +.. c:function:: void dp_split_s(double* input, double* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes, int core_mask) +.. c:function:: void c64_split_s(float* input, float* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes, int core_mask) +.. c:function:: void c128_split_s(double* input, double* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 17 + + //FT78NE示例（共享存储） + #include + #include "78NE/utils.h" + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; + float *out0 = (float *)0xB0000000; + float *out1 = (float *)0xB1000000; + float *outputs[] = { out0, out1 }; + int input_shape[] = { 2, 10, 4 }; + int split_sizes[] = { 6, 4 }; + int axis = 1; + int input_ndim = 3; + int num_split = 2; + int core_mask = 0b1011; + + fp_split_s(input, outputs, axis, input_shape, input_ndim, num_split, split_sizes, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_split_p(int8_t* input, int8_t* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes) +.. c:function:: void i16_split_p(int16_t* input, int16_t* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes) +.. c:function:: void i32_split_p(int32_t* input, int32_t* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes) +.. c:function:: void hp_split_p(half* input, half* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes) +.. c:function:: void fp_split_p(float* input, float* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes) +.. c:function:: void dp_split_p(double* input, double* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes) +.. c:function:: void c64_split_p(float* input, float* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes) +.. c:function:: void c128_split_p(double* input, double* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* split_sizes) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + //MT7004 示例 + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; // 私有存储地址 + float *out0 = (float *)0x10010000; + float *out1 = (float *)0x10020000; + float *outputs[] = { out0, out1 }; + int input_shape[] = { 20, 10 }; + int split_sizes[] = { 10, 10 }; + int axis = 0; + fp_split_p(input, outputs, axis, input_shape, 2, 2, split_sizes); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/split_with_overlap.rst.txt b/master/html/_sources/functionlib/dsplib/split_with_overlap.rst.txt new file mode 100644 index 0000000..8455328 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/split_with_overlap.rst.txt @@ -0,0 +1,103 @@ +SplitWithOverlap +================= + +沿指定轴（axis）将输入张量切分为多个输出张量。与标准 Split 不同，该算子允许通过 `start_indices` 和 `end_indices` 自定义每个输出块的起始和结束位置，从而支持输出块之间的重叠（Overlap）。 + +.. math:: + + \text{对于第 } j \text{ 个输出张量，其在 axis 轴上的第 } k \text{ 个元素对应：} + +.. math:: + + Output[j]_{(\dots, k, \dots)} = Input_{(\dots, start\_indices[j] + k, \dots)} \quad \text{其中 } 0 \le k < (end\_indices[j] - start\_indices[j]) + +输入： + - **input** - 输入张量数据地址。 + - **outputs** - 输出张量地址数组（指针数组）。 + - **axis** - 进行切分的轴索引。 + - **input_shape** - 输入张量的形状数组。 + - **input_ndim** - 输入张量的维度。 + - **num_split** - 输出张量的数量。 + - **start_indices** - 每个输出张量在切分轴上的起始索引数组。 + - **end_indices** - 每个输出张量在切分轴上的结束索引数组。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **outputs** - 各个输出张量中填充了切分后的数据。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - 算子支持不连续切分或有重叠的切分。 + - 每个输出张量在非切分轴上的维度与输入张量保持一致。 + +**共享存储版本:** + +.. c:function:: void i8_split_with_overlap_s(int8_t* input, int8_t* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices, int core_mask) +.. c:function:: void i16_split_with_overlap_s(int16_t* input, int16_t* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices, int core_mask) +.. c:function:: void i32_split_with_overlap_s(int32_t* input, int32_t* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices, int core_mask) +.. c:function:: void hp_split_with_overlap_s(half* input, half* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices, int core_mask) +.. c:function:: void fp_split_with_overlap_s(float* input, float* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices, int core_mask) +.. c:function:: void dp_split_with_overlap_s(double* input, double* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices, int core_mask) +.. c:function:: void c64_split_with_overlap_s(float* input, float* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices, int core_mask) +.. c:function:: void c128_split_with_overlap_s(double* input, double* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 14 + + //FT78NE示例（共享存储） + #include "78NE/utils.h" + + int main() { + float *input = (float *)0xA0000000; + float *out0 = (float *)0xB0000000; + float *out1 = (float *)0xB1000000; + float *outputs[] = {out0, out1}; + int input_shape[] = {8, 200, 10}; + int start_indices[] = {0, 150}; + int end_indices[] = {80, 200}; + int core_mask = 0xFF; + + fp_split_with_overlap_s(input, outputs, 1, input_shape, 3, 2, start_indices, end_indices, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_split_with_overlap_p(int8_t* input, int8_t* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices) +.. c:function:: void i16_split_with_overlap_p(int16_t* input, int16_t* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices) +.. c:function:: void i32_split_with_overlap_p(int32_t* input, int32_t* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices) +.. c:function:: void hp_split_with_overlap_p(half* input, half* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices) +.. c:function:: void fp_split_with_overlap_p(float* input, float* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices) +.. c:function:: void dp_split_with_overlap_p(double* input, double* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices) +.. c:function:: void c64_split_with_overlap_p(float* input, float* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices) +.. c:function:: void c128_split_with_overlap_p(double* input, double* outputs[], int axis, int* input_shape, int input_ndim, int num_split, int* start_indices, int* end_indices) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + //MT7004 示例（私有存储） + #include + + int main() { + float *input = (float *)0x10810000; + float *out0 = (float *)0x10820000; + float *outputs[] = {out0}; + int input_shape[] = {4, 10, 5}; + int start_idx[] = {0}; + int end_idx[] = {5}; + + fp_split_with_overlap_p(input, outputs, 1, input_shape, 3, 1, start_idx, end_idx); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/sqrt.rst.txt b/master/html/_sources/functionlib/dsplib/sqrt.rst.txt new file mode 100644 index 0000000..0c50bca --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/sqrt.rst.txt @@ -0,0 +1,87 @@ +Sqrt +================= + +传入一个数组，对每个元素逐元素计算平方根并输出。 + +.. math:: + + dst_i = \sqrt{src_i} + +当输入值为负数时，结果为 NaN（符合 IEEE 浮点标准）。 + +输入： + - **src_data** - 输入数据地址。 + - **length** - 计算长度。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **dst_data** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp, dp, int8, int16, int32, cplx64, cplx128 + - MT7004 支持 hp, fp, int16, int32, cplx64 + - 复数类型计算规则为：对复数模长取平方根并保持相位不变 + +**共享存储版本:** + +.. c:function:: void i8_sqrt_s(int8_t* src_data, int8_t* dst_data, int length, int core_mask) +.. c:function:: void i16_sqrt_s(int16_t* src_data, int16_t* dst_data, int length, int core_mask) +.. c:function:: void i32_sqrt_s(int* src_data, int* dst_data, int length, int core_mask) +.. c:function:: void hp_sqrt_s(half* src_data, half* dst_data, int length, int core_mask) +.. c:function:: void fp_sqrt_s(float* src_data, float* dst_data, int length, int core_mask) +.. c:function:: void dp_sqrt_s(double* src_data, double* dst_data, int length, int core_mask) +.. c:function:: void c64_sqrt_s(float* src_data, float* dst_data, int length, int core_mask) +.. c:function:: void c128_sqrt_s(double* src_data, double* dst_data, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; + float *output = (float *)0xC0000000; + int length = 1024; + int core_mask = 0xff; + fp_sqrt_s(input, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_sqrt_p(int8_t* src_data, int8_t* dst_data, int length) +.. c:function:: void i16_sqrt_p(int16_t* src_data, int16_t* dst_data, int length) +.. c:function:: void i32_sqrt_p(int* src_data, int* dst_data, int length) +.. c:function:: void hp_sqrt_p(half* src_data, half* dst_data, int length) +.. c:function:: void fp_sqrt_p(float* src_data, float* dst_data, int length) +.. c:function:: void dp_sqrt_p(double* src_data, double* dst_data, int length) +.. c:function:: void c64_sqrt_p(float* src_data, float* dst_data, int length) +.. c:function:: void c128_sqrt_p(double* src_data, double* dst_data, int length) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 9 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10810000; + float *output = (float *)0x10820000; + int length = 1024; + fp_sqrt_p(input, output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/sqrtgrad.rst.txt b/master/html/_sources/functionlib/dsplib/sqrtgrad.rst.txt new file mode 100644 index 0000000..4d01eb7 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/sqrtgrad.rst.txt @@ -0,0 +1,95 @@ +Sqrtgrad +================= + +计算 Sqrt（平方根）操作的梯度。该算子是 Sqrt 算子的反向传播（backward pass）部分。 + +.. math:: + + \text{output}_i = \frac{1}{2} \times \frac{\text{input2}_i}{\text{input1}_i} + +其中 `input1` 是前向传播时 Sqrt 的输出（即 :math:`y = \sqrt{x}`），`input2` 是来自后一层的上游梯度 :math:`dy`，`output` 是对原始输入 :math:`x` 的梯度 :math:`dx`。 + +输入： + - **input1** - 前向传播时 Sqrt 的输出数据地址（即 :math:`y = \sqrt{x}`）。 + - **input2** - 来自后一层的上游梯度数据地址（即 :math:`dy`）。 + - **size** - 计算长度。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **output** - 计算出的对原始输入的梯度数据地址（即 :math:`dx`）。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int8, int16, int32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_sqrtgrad_s(int8_t* input1, int8_t* input2, float* output, int size, int core_mask) +.. c:function:: void i16_sqrtgrad_s(int16_t* input1, int16_t* input2, float* output, int size, int core_mask) +.. c:function:: void i32_sqrtgrad_s(int32_t* input1, int32_t* input2, float* output, int size, int core_mask) +.. c:function:: void hp_sqrtgrad_s(half* input1, half* input2, half* output, int size, int core_mask) +.. c:function:: void fp_sqrtgrad_s(float* input1, float* input2, float* output, int size, int core_mask) +.. c:function:: void dp_sqrtgrad_s(double* input1, double* input2, double* output, int size, int core_mask) +.. c:function:: void c64_sqrtgrad_s(float* input1, float* input2, float* output, int size, int core_mask) +.. c:function:: void c128_sqrtgrad_s(double* input1, double* input2, double* output, int size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + float *input1 = (float *)0xA0000000; // Sqrt的输出 y = sqrt(x) + float *input2 = (float *)0xA1000000; // 上游梯度 dy + float *output = (float *)0xB0000000; // 输出梯度 dx + + int size = 1000; + int core_mask = 0xff; + + fp_sqrtgrad_s(input1, input2, output, size, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_sqrtgrad_p(int8_t* input1, int8_t* input2, float* output, int size) +.. c:function:: void i16_sqrtgrad_p(int16_t* input1, int16_t* input2, float* output, int size) +.. c:function:: void i32_sqrtgrad_p(int32_t* input1, int32_t* input2, float* output, int size) +.. c:function:: void hp_sqrtgrad_p(half* input1, half* input2, half* output, int size) +.. c:function:: void fp_sqrtgrad_p(float* input1, float* input2, float* output, int size) +.. c:function:: void dp_sqrtgrad_p(double* input1, double* input2, double* output, int size) +.. c:function:: void c64_sqrtgrad_p(float* input1, float* input2, float* output, int size) +.. c:function:: void c128_sqrtgrad_p(double* input1, double* input2, double* output, int size) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + float *input1 = (float *)0x10000000; // Sqrt的输出 y = sqrt(x) + float *input2 = (float *)0x10001000; // 上游梯度 dy + float *output = (float *)0x10002000; // 输出梯度 dx + + int size = 1000; + + fp_sqrtgrad_p(input1, input2, output, size); + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/square.rst.txt b/master/html/_sources/functionlib/dsplib/square.rst.txt new file mode 100644 index 0000000..eb290f8 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/square.rst.txt @@ -0,0 +1,86 @@ +Square +================= + +逐元素计算输入数据的平方。 + +.. math:: + + \text{dst}_i = \text{src}_i \times \text{src}_i + +对于输入 `src` 中的每个元素，计算其平方值。 + +输入： + - **src** - 输入数据地址。 + - **length** - 计算长度（对于复数类型，指复数的个数）。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **dst** - 计算结果地址，其大小与 `src` 相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int8, int16, int32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_square_s(int8_t* src, int8_t* dst, int length, int core_mask) +.. c:function:: void i16_square_s(int16_t* src, int16_t* dst, int length, int core_mask) +.. c:function:: void i32_square_s(int32_t* src, int32_t* dst, int length, int core_mask) +.. c:function:: void hp_square_s(half* src, half* dst, int length, int core_mask) +.. c:function:: void fp_square_s(float* src, float* dst, int length, int core_mask) +.. c:function:: void dp_square_s(double* src, double* dst, int length, int core_mask) +.. c:function:: void c64_square_s(float* src, float* dst, int length, int core_mask) +.. c:function:: void c128_square_s(double* src, double* dst, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *src = (float *)0xA0000000; // input在DDR空间 + float *dst = (float *)0xB0000000; // output + int length = 1000; + int core_mask = 0xff; + fp_square_s(src, dst, length, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_square_p(int8_t* src, int8_t* dst, int length) +.. c:function:: void i16_square_p(int16_t* src, int16_t* dst, int length) +.. c:function:: void i32_square_p(int32_t* src, int32_t* dst, int length) +.. c:function:: void hp_square_p(half* src, half* dst, int length) +.. c:function:: void fp_square_p(float* src, float* dst, int length) +.. c:function:: void dp_square_p(double* src, double* dst, int length) +.. c:function:: void c64_square_p(float* src, float* dst, int length) +.. c:function:: void c128_square_p(double* src, double* dst, int length) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 9 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *src = (float *)0x10000000; // input在L2空间 + float *dst = (float *)0x10001000; // output + int length = 1000; + fp_square_p(src, dst, length); + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/squaredifference.rst.txt b/master/html/_sources/functionlib/dsplib/squaredifference.rst.txt new file mode 100644 index 0000000..f313ce3 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/squaredifference.rst.txt @@ -0,0 +1,89 @@ +Squaredifference +================= + +逐元素计算两个输入数组对应元素的差的平方。 + +.. math:: + + \text{output}_i = (\text{input0}_i - \text{input1}_i)^2 + +对于输入 `input0` 和 `input1` 中对应位置的每个元素，计算它们差的平方值。 + +输入： + - **input0** - 第一个输入数据地址。 + - **input1** - 第二个输入数据地址。 + - **length** - 计算长度（对于复数类型，指复数的个数）。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **output** - 计算结果地址，其大小与输入相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int8, int16, int32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_squaredifference_s(int8_t* input0, int8_t* input1, int8_t* output, int length, int core_mask) +.. c:function:: void i16_squaredifference_s(int16_t* input0, int16_t* input1, int16_t* output, int length, int core_mask) +.. c:function:: void i32_squaredifference_s(int32_t* input0, int32_t* input1, int32_t* output, int length, int core_mask) +.. c:function:: void hp_squaredifference_s(half* input0, half* input1, half* output, int length, int core_mask) +.. c:function:: void fp_squaredifference_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void dp_squaredifference_s(double* input0, double* input1, double* output, int length, int core_mask) +.. c:function:: void c64_squaredifference_s(float* input0, float* input1, float* output, int length, int core_mask) +.. c:function:: void c128_squaredifference_s(double* input0, double* input1, double* output, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; // 第一个输入在DDR空间 + float *input1 = (float *)0xA1000000; // 第二个输入在DDR空间 + float *output = (float *)0xB0000000; // output + int length = 1000; + int core_mask = 0xff; + fp_squaredifference_s(input0, input1, output, length, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_squaredifference_p(int8_t* input0, int8_t* input1, int8_t* output, int length) +.. c:function:: void i16_squaredifference_p(int16_t* input0, int16_t* input1, int16_t* output, int length) +.. c:function:: void i32_squaredifference_p(int32_t* input0, int32_t* input1, int32_t* output, int length) +.. c:function:: void hp_squaredifference_p(half* input0, half* input1, half* output, int length) +.. c:function:: void fp_squaredifference_p(float* input0, float* input1, float* output, int length) +.. c:function:: void dp_squaredifference_p(double* input0, double* input1, double* output, int length) +.. c:function:: void c64_squaredifference_p(float* input0, float* input1, float* output, int length) +.. c:function:: void c128_squaredifference_p(double* input0, double* input1, double* output, int length) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0x10000000; // 第一个输入在L2空间 + float *input1 = (float *)0x10001000; // 第二个输入在L2空间 + float *output = (float *)0x10002000; // output + int length = 1000; + fp_squaredifference_p(input0, input1, output, length); + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/stack.rst.txt b/master/html/_sources/functionlib/dsplib/stack.rst.txt new file mode 100644 index 0000000..9a01a70 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/stack.rst.txt @@ -0,0 +1,109 @@ +Stack +================= + +沿一个新轴对输入张量序列进行堆叠。所有输入张量必须具有相同的形状。 + +.. math:: + + \text{若输入 } num\_inputs \text{ 个形状为 } (d_0, d_1, \dots, d_{n-1}) \text{ 的张量，并在 } axis \text{ 处堆叠：} + +.. math:: + + output\_shape = (d_0, \dots, d_{axis-1}, num\_inputs, d_{axis}, \dots, d_{n-1}) + +输入： + - **inputs** - 指针数组，包含所有输入张量起始地址的数组。 + - **input_shape** - 所有输入张量共用的形状（shape）数组。 + - **num_inputs** - 输入张量的数量。 + - **axis** - 堆叠操作插入新维度的位置。 + - **input_ndim** - 输入张量的维度数（秩）。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 计算结果存储地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - 所有输入张量必须具有完全一致的 `input_shape`。 + - 输出张量的维度将比输入张量多 1。 + +**共享存储版本:** + +.. c:function:: void i8_stack_s(int8_t* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, int8_t* output, int core_mask) +.. c:function:: void i16_stack_s(int16_t* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, int16_t* output, int core_mask) +.. c:function:: void i32_stack_s(int32_t* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, int32_t* output, int core_mask) +.. c:function:: void hp_stack_s(half* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, half* output, int core_mask) +.. c:function:: void fp_stack_s(float* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, float* output, int core_mask) +.. c:function:: void dp_stack_s(double* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, double* output, int core_mask) +.. c:function:: void c64_stack_s(float* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, float* output, int core_mask) +.. c:function:: void c128_stack_s(double* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, double* output, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 20 + + // FT78NE 示例（共享存储） + #include + #include "78NE/utils.h" + + int main() { + // 输入形状为 {4, 10, 8, 12} + int input_shape[] = { 4, 10, 8, 12 }; + int input_ndim = 4; + int num_inputs = 3; + int axis = 1; + int core_mask = 0b1011; + + float *in0 = (float *)0xA0000000; + float *in1 = (float *)0xA2000000; + float *in2 = (float *)0xA4000000; + float *inputs[] = { in0, in1, in2 }; + float *output = (float *)0xB0000000; + // 输出形状将变为 {4, 3, 10, 8, 12} + + fp_stack_s(inputs, input_shape, num_inputs, axis, input_ndim, output, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_stack_p(int8_t* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, int8_t* output) +.. c:function:: void i16_stack_p(int16_t* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, int16_t* output) +.. c:function:: void i32_stack_p(int32_t* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, int32_t* output) +.. c:function:: void hp_stack_p(half* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, half* output) +.. c:function:: void fp_stack_p(float* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, float* output) +.. c:function:: void dp_stack_p(double* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, double* output) +.. c:function:: void c64_stack_p(float* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, float* output) +.. c:function:: void c128_stack_p(double* inputs[], int* input_shape, int num_inputs, int axis, int input_ndim, double* output) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 15 + + // MT7004 示例（私有存储） + #include + + int main() { + int input_shape[] = { 2, 3, 4, 5 }; + int input_ndim = 4; + int num_inputs = 2; + int axis = 0; + + float *in0 = (float *)0x10810000; + float *in1 = (float *)0x10812000; + float *inputs[] = { in0, in1 }; + float *output = (float *)0x10820000; + + fp_stack_p(inputs, input_shape, num_inputs, axis, input_ndim, output); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/stridedslice.rst.txt b/master/html/_sources/functionlib/dsplib/stridedslice.rst.txt new file mode 100644 index 0000000..bf3b308 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/stridedslice.rst.txt @@ -0,0 +1,171 @@ +Stridedslice +================= + +对输入张量进行步长切片（Strided Slice）操作。该算子根据起始位置（begins）、结束位置（ends）和步长（strides）从输入张量中提取子张量。该算子不区分数据类型，适用于所有数据类型。 + +算法支持三种运行模式： +1. **全拷贝模式**（soft_copy_mode = 1）：当输出是输入的连续子区域时，使用内存拷贝。 +2. **快速运行模式**（fast_run = 1）：优化的快速路径，适用于特定场景。 +3. **普通模式**：逐块拷贝模式，适用于一般情况。 + +对于每个维度 `i`，输出张量的索引范围由 `begins[i]`、`ends[i]` 和 `strides[i]` 决定： + +.. math:: + + \text{output\_shape}[i] = \left\lceil \frac{\text{ends}[i] - \text{begins}[i]}{\text{strides}[i]} \right\rceil + +输入： + - **input** - 输入数据指针（void*）。 + - **in_shape** - 输入张量的形状数组（int*），大小为 `in_shape_size`。 + - **out_shape** - 输出张量的形状数组（int*），大小为 `out_shape_size`。 + - **in_shape_size** - 输入张量的维度数（int）。 + - **out_shape_size** - 输出张量的维度数（int）。 + - **begins** - 起始位置数组（int*），每个维度切片开始的位置。 + - **ends** - 结束位置数组（int*），每个维度切片结束的位置。 + - **strides** - 步长数组（int*），每个维度的步长。 + - **data_type_bytes** - 数据类型所占字节数（int）。 + - **soft_copy_mode** - 全拷贝模式标志（int），1 表示启用，0 表示不启用。 + - **fast_run** - 快速运行模式标志（int），1 表示启用，0 表示不启用。 + - **split_axis** - 策略2：分割轴（int），当输入和输出张量只有1个维度不同时使用。 + - **inner_size** - 策略2：内部大小（int）。 + - **outer** - 策略2：外部大小（int）。 + - **parallel_on_outer** - 策略2：是否在外层并行（int）。 + - **parallel_on_split_axis** - 策略2：是否在分割轴并行（int）。 + - **cal_num_per_thread** - 策略2：每个线程的计算数量（int）。 + - **caled_num** - 策略2：已计算数量（int）。 + - **temp_space** - 临时空间指针（void*）。 + - **inner** - 策略2：内部大小（int），与 `inner_size` 类似。 + +输出： + - **output** - 输出数据指针（void*）。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int8, int16, int32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + - 该算子不区分数据类型，适用于所有数据类型 + - 算子会根据 `soft_copy_mode` 和 `fast_run` 标志自动选择最优的执行路径 + - 策略2相关参数用于优化特定场景（输入和输出张量只有1个维度不同） + +**共享存储版本:** + +.. c:function:: void stridedslice(void* input, void* output, int* in_shape, int* out_shape, int in_shape_size, int out_shape_size, int* begins, int* ends, int* strides, int data_type_bytes, int soft_copy_mode, int fast_run, int split_axis, int inner_size, int outer, int parallel_on_outer, int parallel_on_split_axis, int cal_num_per_thread, int caled_num, void* temp_space, int inner, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 47-50 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + // 输入张量形状 [2, 3, 4, 5] + int in_shape[] = {2, 3, 4, 5}; + int in_shape_size = 4; + + // 输出张量形状 [1, 2, 2, 3] + // 从 [0, 1, 1, 2] 开始，到 [2, 3, 4, 5] 结束，步长为 [1, 1, 2, 1] + int out_shape[] = {1, 2, 2, 3}; + int out_shape_size = 4; + + // 切片参数 + int begins[] = {0, 1, 1, 2}; // 每个维度的起始位置 + int ends[] = {2, 3, 4, 5}; // 每个维度的结束位置 + int strides[] = {1, 1, 2, 1}; // 每个维度的步长 + + // 数据类型：float32，占4字节 + int data_type_bytes = 4; + + // 输入输出数据指针 + float *input = (float *)0xA0000000; + float *output = (float *)0xB0000000; + + // 运行模式 + int soft_copy_mode = 0; // 不启用全拷贝模式 + int fast_run = 0; // 不启用快速运行模式 + + // 策略2参数（不使用时可设为0） + int split_axis = 0; + int inner_size = 0; + int outer = 0; + int parallel_on_outer = 0; + int parallel_on_split_axis = 0; + int cal_num_per_thread = 0; + int caled_num = 0; + int inner = 0; + + // 临时空间 + void *temp_space = (void *)0xC0000000; + + // 核掩码 + + stridedslice(input, output, in_shape, out_shape, in_shape_size, out_shape_size, + begins, ends, strides, data_type_bytes, soft_copy_mode, fast_run, + split_axis, inner_size, outer, parallel_on_outer, parallel_on_split_axis, + cal_num_per_thread, caled_num, temp_space, inner); + + return 0; + } + +**私有存储版本:** + +.. c:function:: void stridedslice(void* input, void* output, int* in_shape, int* out_shape, int in_shape_size, int out_shape_size, int* begins, int* ends, int* strides, int data_type_bytes, int soft_copy_mode, int fast_run, int split_axis, int inner_size, int outer, int parallel_on_outer, int parallel_on_split_axis, int cal_num_per_thread, int caled_num, void* temp_space, int inner) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 37-40 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + int in_shape[] = {2, 3, 4, 5}; + int in_shape_size = 4; + + int out_shape[] = {1, 2, 2, 3}; + int out_shape_size = 4; + + int begins[] = {0, 1, 1, 2}; + int ends[] = {2, 3, 4, 5}; + int strides[] = {1, 1, 2, 1}; + + int data_type_bytes = 4; + + float *input = (float *)0x10000000; + float *output = (float *)0x10010000; + + int soft_copy_mode = 0; + int fast_run = 0; + + // 策略2参数（不使用） + int split_axis = 0; + int inner_size = 0; + int outer = 0; + int parallel_on_outer = 0; + int parallel_on_split_axis = 0; + int cal_num_per_thread = 0; + int caled_num = 0; + int inner = 0; + + void *temp_space = (void *)0x10020000; + + stridedslice(input, output, in_shape, out_shape, in_shape_size, out_shape_size, + begins, ends, strides, data_type_bytes, soft_copy_mode, fast_run, + split_axis, inner_size, outer, parallel_on_outer, parallel_on_split_axis, + cal_num_per_thread, caled_num, temp_space, inner); + + return 0; + } + + diff --git a/master/html/_sources/functionlib/dsplib/stridedslicegrad.rst.txt b/master/html/_sources/functionlib/dsplib/stridedslicegrad.rst.txt new file mode 100644 index 0000000..e837493 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/stridedslicegrad.rst.txt @@ -0,0 +1,118 @@ +Stridedslicegrad +================= + +计算 StridedSlice（步长切片）操作的梯度。该算子是 StridedSlice 算子的反向传播（backward pass）部分。 + +该算子将上游传来的梯度（对应 StridedSlice 输出的形状）映射回原始输入的位置（对应 StridedSlice 输入的形状）。对于输入梯度中的每个元素，根据原始 StridedSlice 操作的 `begins` 和 `strides` 参数，计算其在原始输入中的位置，并将梯度值写入该位置。 + +.. math:: + + \text{output}[\text{idx}] = \text{inputs}[\text{pos}] + +其中 `idx` 是根据 `pos` 在 `in_shape` 中的多维索引、`strides` 和 `begins` 计算出的在 `dx_shape` 中的线性索引。 + + +输入： + - **inputs** - 上游传来的梯度张量数据地址（即 :math:`dy`），形状为 :math:`in\_shape`（原始 StridedSlice 操作的输出形状）。 + - **dx_shape** - 输出梯度张量的形状数组（int*），大小为8，对应原始 StridedSlice 操作的输入形状。对于维度小于8的张量，高位维度形状为1。 + - **strides** - 原始 StridedSlice 操作的步长数组（int*），大小为8。对于维度小于8的张量，高位维度步长为1。 + - **begins** - 原始 StridedSlice 操作的起始索引数组（int*），大小为8。对于维度小于8的张量，高位维度起始索引为0。 + - **in_shape** - 原始 StridedSlice 操作的输出形状数组（int*），大小为8，即输入梯度 `inputs` 的形状。对于维度小于8的张量，高位维度形状为1。 + - **core_mask** - 核掩码（int），仅共享存储版本需要。 + +输出： + - **output** - 输出梯度张量数据地址（即 :math:`dx`），形状为 :math:`dx\_shape`（原始 StridedSlice 操作的输入形状）。该张量在调用前通常被初始化为全零。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - MT7004 支持fp16, fp32 + - FT78NE 支持fp32 + - 输出张量 `output` 在调用前需要预先初始化为全零 + - 形状数组固定为8维，对于维度小于8的张量，高位维度形状为1 + +**共享存储版本:** + +.. c:function:: void hp_stridedslicegrad_s(half* inputs, half* output, int* dx_shape, int* strides, int* begins, int* in_shape, int core_mask) +.. c:function:: void fp_stridedslicegrad_s(float* inputs, float* output, int* dx_shape, int* strides, int* begins, int* in_shape, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 35 + + //MT7004示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + // 原始 StridedSlice 操作： + // 输入形状 [2, 3, 4, 5] + // 输出形状 [1, 2, 2, 3] + // begins = [0, 1, 1, 2], strides = [1, 1, 2, 1] + + // 输出梯度形状（原始输入形状） + int dx_shape[8] = {2, 3, 4, 5, 1, 1, 1, 1}; + + // 输入梯度形状（原始输出形状） + int in_shape[8] = {1, 2, 2, 3, 1, 1, 1, 1}; + + // 原始 StridedSlice 参数 + int begins[8] = {0, 1, 1, 2, 0, 0, 0, 0}; + int strides[8] = {1, 1, 2, 1, 1, 1, 1, 1}; + + // 输入梯度（上游传来的梯度） + float *inputs = (float *)0xA0000000; // 形状为 in_shape + // inputs 包含 1 * 2 * 2 * 3 = 12 个元素 + + // 输出梯度（待计算） + float *output = (float *)0xB0000000; // 形状为 dx_shape + // output 包含 2 * 3 * 4 * 5 = 120 个元素 + + // 初始化输出为全零 + memset(output, 0, 120 * sizeof(float)); + + int core_mask = 0xff; + + fp_stridedslicegrad_s(inputs, output, dx_shape, strides, begins, in_shape, core_mask); + + return 0; + } + +**私有存储版本:** + +.. c:function:: void hp_stridedslicegrad_p(half* inputs, half* output, int* dx_shape, int* strides, int* begins, int* in_shape) +.. c:function:: void fp_stridedslicegrad_p(float* inputs, float* output, int* dx_shape, int* strides, int* begins, int* in_shape) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 19 + + //MT7004示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + int dx_shape[8] = {2, 3, 4, 5, 1, 1, 1, 1}; + int in_shape[8] = {1, 2, 2, 3, 1, 1, 1, 1}; + + int begins[8] = {0, 1, 1, 2, 0, 0, 0, 0}; + int strides[8] = {1, 1, 2, 1, 1, 1, 1, 1}; + + float *inputs = (float *)0x10000000; + float *output = (float *)0x10001000; + + // 初始化输出为全零 + memset(output, 0, 120 * sizeof(float)); + + fp_stridedslicegrad_p(inputs, output, dx_shape, strides, begins, in_shape); + + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/subfusion.rst.txt b/master/html/_sources/functionlib/dsplib/subfusion.rst.txt new file mode 100644 index 0000000..24b3e26 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/subfusion.rst.txt @@ -0,0 +1,185 @@ +Subfusion +================= + +逐元素计算两个输入数组的减法运算，支持三种模式：带缩放因子的减法、减法后应用 ReLU 激活、减法后应用 ReLU6 激活。 + +**模式1 - 带缩放因子的减法（subext）：** + +.. math:: + + \text{output}_i = \text{input0}_i - \text{input1}_i \times \alpha + +**模式2 - 减法后应用 ReLU（subrelu）：** + +.. math:: + + \text{output}_i = \max(0, \text{input0}_i - \text{input1}_i) + +**模式3 - 减法后应用 ReLU6（subrelu6）：** + +.. math:: + + \text{output}_i = \min(\max(0, \text{input0}_i - \text{input1}_i), 6) + +输入： + - **input0** - 第一个输入数据地址。 + - **input1** - 第二个输入数据地址。 + - **alpha** - 缩放因子（仅 subext 模式需要），用于缩放 `input1`。 + - **size** - 计算长度（对于复数类型，指复数的个数）。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **output** - 计算结果地址，其大小与输入相同。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int8, int16, int32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +**subext（带缩放因子）:** + +.. c:function:: void hp_subext_s(half* input0, half* input1, half alpha, half* output, int size, int core_mask) +.. c:function:: void fp_subext_s(float* input0, float* input1, float alpha, float* output, int size, int core_mask) +.. c:function:: void dp_subext_s(double* input0, double* input1, double alpha, double* output, int size, int core_mask) +.. c:function:: void c64_subext_s(float* input0, float* input1, float alpha, float* output, int size, int core_mask) +.. c:function:: void c128_subext_s(double* input0, double* input1, double alpha, double* output, int size, int core_mask) + +**subrelu（减法+ReLU）:** + +.. c:function:: void i8_subrelu_s(int8_t* input0, int8_t* input1, int8_t* output, int size, int core_mask) +.. c:function:: void i16_subrelu_s(int16_t* input0, int16_t* input1, int16_t* output, int size, int core_mask) +.. c:function:: void i32_subrelu_s(int32_t* input0, int32_t* input1, int32_t* output, int size, int core_mask) +.. c:function:: void hp_subrelu_s(half* input0, half* input1, half* output, int size, int core_mask) +.. c:function:: void fp_subrelu_s(float* input0, float* input1, float* output, int size, int core_mask) +.. c:function:: void dp_subrelu_s(double* input0, double* input1, double* output, int size, int core_mask) +.. c:function:: void c64_subrelu_s(float* input0, float* input1, float* output, int size, int core_mask) +.. c:function:: void c128_subrelu_s(double* input0, double* input1, double* output, int size, int core_mask) + +**subrelu6（减法+ReLU6）:** + +.. c:function:: void i8_subrelu6_s(int8_t* input0, int8_t* input1, int8_t* output, int size, int core_mask) +.. c:function:: void i16_subrelu6_s(int16_t* input0, int16_t* input1, int16_t* output, int size, int core_mask) +.. c:function:: void i32_subrelu6_s(int32_t* input0, int32_t* input1, int32_t* output, int size, int core_mask) +.. c:function:: void hp_subrelu6_s(half* input0, half* input1, half* output, int size, int core_mask) +.. c:function:: void fp_subrelu6_s(float* input0, float* input1, float* output, int size, int core_mask) +.. c:function:: void dp_subrelu6_s(double* input0, double* input1, double* output, int size, int core_mask) +.. c:function:: void c64_subrelu6_s(float* input0, float* input1, float* output, int size, int core_mask) +.. c:function:: void c128_subrelu6_s(double* input0, double* input1, double* output, int size, int core_mask) + +**C调用示例（subext）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; // 第一个输入在DDR空间 + float *input1 = (float *)0xA1000000; // 第二个输入在DDR空间 + float *output = (float *)0xB0000000; // output + float alpha = 0.5f; // 缩放因子 + int size = 1000; + int core_mask = 0xff; + fp_subext_s(input0, input1, alpha, output, size, core_mask); + return 0; + } + +**C调用示例（subrelu）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; + float *input1 = (float *)0xA1000000; + float *output = (float *)0xB0000000; + int size = 1000; + int core_mask = 0xff; + fp_subrelu_s(input0, input1, output, size, core_mask); + return 0; + } + +**C调用示例（subrelu6）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; + float *input1 = (float *)0xA1000000; + float *output = (float *)0xB0000000; + int size = 1000; + int core_mask = 0xff; + fp_subrelu6_s(input0, input1, output, size, core_mask); + return 0; + } + +**私有存储版本:** + +**subext（带缩放因子）:** + +.. c:function:: void hp_subext_p(half* input0, half* input1, half alpha, half* output, int size) +.. c:function:: void fp_subext_p(float* input0, float* input1, float alpha, float* output, int size) +.. c:function:: void dp_subext_p(double* input0, double* input1, double alpha, double* output, int size) +.. c:function:: void c64_subext_p(float* input0, float* input1, float alpha, float* output, int size) +.. c:function:: void c128_subext_p(double* input0, double* input1, double alpha, double* output, int size) + +**subrelu（减法+ReLU）:** + +.. c:function:: void i8_subrelu_p(int8_t* input0, int8_t* input1, int8_t* output, int size) +.. c:function:: void i16_subrelu_p(int16_t* input0, int16_t* input1, int16_t* output, int size) +.. c:function:: void i32_subrelu_p(int32_t* input0, int32_t* input1, int32_t* output, int size) +.. c:function:: void hp_subrelu_p(half* input0, half* input1, half* output, int size) +.. c:function:: void fp_subrelu_p(float* input0, float* input1, float* output, int size) +.. c:function:: void dp_subrelu_p(double* input0, double* input1, double* output, int size) +.. c:function:: void c64_subrelu_p(float* input0, float* input1, float* output, int size) +.. c:function:: void c128_subrelu_p(double* input0, double* input1, double* output, int size) + +**subrelu6（减法+ReLU6）:** + +.. c:function:: void i8_subrelu6_p(int8_t* input0, int8_t* input1, int8_t* output, int size) +.. c:function:: void i16_subrelu6_p(int16_t* input0, int16_t* input1, int16_t* output, int size) +.. c:function:: void i32_subrelu6_p(int32_t* input0, int32_t* input1, int32_t* output, int size) +.. c:function:: void hp_subrelu6_p(half* input0, half* input1, half* output, int size) +.. c:function:: void fp_subrelu6_p(float* input0, float* input1, float* output, int size) +.. c:function:: void dp_subrelu6_p(double* input0, double* input1, double* output, int size) +.. c:function:: void c64_subrelu6_p(float* input0, float* input1, float* output, int size) +.. c:function:: void c128_subrelu6_p(double* input0, double* input1, double* output, int size) + +**C调用示例（私有存储版本）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input0 = (float *)0x10000000; // 第一个输入在L2空间 + float *input1 = (float *)0x10001000; // 第二个输入在L2空间 + float *output = (float *)0x10002000; // output + int size = 1000; + fp_subrelu_p(input0, input1, output, size); + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/subgrad.rst.txt b/master/html/_sources/functionlib/dsplib/subgrad.rst.txt new file mode 100644 index 0000000..8a9ce9f --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/subgrad.rst.txt @@ -0,0 +1,100 @@ +Subgrad +================= + +计算逐元素减法（Sub）操作的梯度。该算子是 Sub 算子的反向传播（backward pass）部分，支持广播。 + +.. math:: + + \text{dx1} = \frac{\partial L}{\partial X1} = \frac{\partial L}{\partial Y} \times 1 = \frac{\partial L}{\partial Y} + +.. math:: + + \text{dx2} = \frac{\partial L}{\partial X2} = \frac{\partial L}{\partial Y} \times (-1) = -\frac{\partial L}{\partial Y} + +其中对于前向操作 :math:`Y = X1 - X2`，`dy` 是来自后一层的上游梯度，`dx1` 和 `dx2` 分别是对 `X1` 和 `X2` 的梯度。 + + +输入： + - **dy** - 上游梯度数据地址（即 :math:`\frac{\partial L}{\partial Y}`）。 + - **x1_dims** - 前向传播时第一个输入 `x1` 的维度信息数组（int*）。 + - **x2_dims** - 前向传播时第二个输入 `x2` 的维度信息数组（int*）。 + - **dy_dims** - 上游梯度 `dy` 的维度信息数组（int*）。 + - **num_dims** - 维度数（int）。 + - **core_mask** - 核掩码（int），仅共享存储版本需要。 + +输出： + - **dx1** - 对 `x1` 的梯度数据地址。 + - **dx2** - 对 `x2` 的梯度数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - MT7004 支持fp16, fp32 + - FT78NE 支持fp32 + - 当输入张量被广播时，算子会自动处理广播维度的梯度累加 + +**共享存储版本:** + +.. c:function:: void hp_subgrad_s(half* dy, int* x1_dims, int* x2_dims, int* dy_dims, int num_dims, half* dx1, half* dx2, int core_mask) +.. c:function:: void fp_subgrad_s(float* dy, int* x1_dims, int* x2_dims, int* dy_dims, int num_dims, float* dx1, float* dx2, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 18 + + //MT7004示例 + #include + #include + + int main(int argc, char* argv[]) { + float *dy = (float *)0xA0000000; // 上游梯度在DDR空间 + float *dx1 = (float *)0xB0000000; // dx1输出 + float *dx2 = (float *)0xC0000000; // dx2输出 + + // 示例：x1形状 [3, 1]，x2形状 [1, 4]，dy形状 [3, 4] + int x1_dims[] = {3, 1}; + int x2_dims[] = {1, 4}; + int dy_dims[] = {3, 4}; + int num_dims = 2; + + int core_mask = 0xff; + + fp_subgrad_s(dy, x1_dims, x2_dims, dy_dims, num_dims, dx1, dx2, core_mask); + + return 0; + } + +**私有存储版本:** + +.. c:function:: void hp_subgrad_p(half* dy, int* x1_dims, int* x2_dims, int* dy_dims, int num_dims, half* dx1, half* dx2) +.. c:function:: void fp_subgrad_p(float* dy, int* x1_dims, int* x2_dims, int* dy_dims, int num_dims, float* dx1, float* dx2) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + //MT7004示例 + #include + #include + + int main(int argc, char* argv[]) { + float *dy = (float *)0x10000000; // 上游梯度在L2空间 + float *dx1 = (float *)0x10001000; // dx1输出 + float *dx2 = (float *)0x10002000; // dx2输出 + + int x1_dims[] = {3, 1}; + int x2_dims[] = {1, 4}; + int dy_dims[] = {3, 4}; + int num_dims = 2; + + fp_subgrad_p(dy, x1_dims, x2_dims, dy_dims, num_dims, dx1, dx2); + + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/switch.rst.txt b/master/html/_sources/functionlib/dsplib/switch.rst.txt new file mode 100644 index 0000000..d9a27ec --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/switch.rst.txt @@ -0,0 +1,124 @@ +Switch +================= + +根据条件选择输入张量。该算子根据布尔条件 `condition` 的值，选择 `input_x` 或 `input_y` 作为输出。该算子不区分数据类型，适用于所有数据类型。 + +.. math:: + + \text{output} = \begin{cases} + \text{input\_x}, & \text{if } \text{condition} = \text{True} \\ + \text{input\_y}, & \text{if } \text{condition} = \text{False} + \end{cases} + +该算子不复制数据，只是将输出指针指向选中的输入张量。因此，输出张量共享输入张量的数据指针和元数据。 + +输入： + - **input_x** - 第一个输入张量（TensorC* 类型）。当 `condition` 为 True 时被选中。 + - **input_y** - 第二个输入张量（TensorC* 类型）。当 `condition` 为 False 时被选中。 + - **condition** - 条件值（bool 类型），决定选择哪个输入张量。 + +输出： + - **output** - 输出张量指针的指针（TensorC** 类型），指向选中的输入张量。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - 该算子不区分数据类型，适用于所有数据类型 + - 算子不复制数据，输出张量共享输入张量的数据指针 + - 输出张量的所有元数据（形状、数据类型、格式等）与选中的输入张量相同 + +**共享存储版本:** + +.. c:function:: void switch_s(TensorC* input_x, TensorC* input_y, TensorC** output, bool condition) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 32 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + TensorC input_x; + TensorC input_y; + TensorC* output; + + // 初始化 input_x + int x_shape[3] = {2, 3, 4}; + memcpy(input_x.shape_, x_shape, 3 * sizeof(int)); + input_x.shape_size_ = 3; + input_x.data_type_ = kNumberTypeFloat32; + input_x.format_ = Format_NCHW; + input_x.data_ = (void *)0xA0000000; + input_x.category_ = 0; // 非常量 + input_x.shape_changed_ = false; + + // 初始化 input_y + int y_shape[3] = {2, 3, 4}; + memcpy(input_y.shape_, y_shape, 3 * sizeof(int)); + input_y.shape_size_ = 3; + input_y.data_type_ = kNumberTypeFloat32; + input_y.format_ = Format_NCHW; + input_y.data_ = (void *)0xB0000000; + input_y.category_ = 0; + input_y.shape_changed_ = false; + + bool condition = true; // 选择 input_x + + switch_s(&input_x, &input_y, &output, condition); + + return 0; + } + + +**私有存储版本:** + +.. c:function:: void switch_p(TensorC* input_x, TensorC* input_y, TensorC** output, bool condition) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 32 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + TensorC input_x; + TensorC input_y; + TensorC* output; + + // 初始化 input_x + int x_shape[3] = {2, 3, 4}; + memcpy(input_x.shape_, x_shape, 3 * sizeof(int)); + input_x.shape_size_ = 3; + input_x.data_type_ = kNumberTypeFloat32; + input_x.format_ = Format_NCHW; + input_x.data_ = (void *)0x10000000; + input_x.category_ = 0; // 非常量 + input_x.shape_changed_ = false; + + // 初始化 input_y + int y_shape[3] = {2, 3, 4}; + memcpy(input_y.shape_, y_shape, 3 * sizeof(int)); + input_y.shape_size_ = 3; + input_y.data_type_ = kNumberTypeFloat32; + input_y.format_ = Format_NCHW; + input_y.data_ = (void *)0x10001000; + input_y.category_ = 0; + input_y.shape_changed_ = false; + + bool condition = true; // 选择 input_x + + switch_p(&input_x, &input_y, &output, condition); + + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/switchlayer.rst.txt b/master/html/_sources/functionlib/dsplib/switchlayer.rst.txt new file mode 100644 index 0000000..f9eb921 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/switchlayer.rst.txt @@ -0,0 +1,129 @@ +Switchlayer +================= + +根据索引从输入张量数组中选择一个张量，并将其数据复制到输出。该算子不区分数据类型，适用于所有数据类型。 + +.. math:: + + \text{output} = \text{input\_tensors}[\text{index}] + +该算子会将选中的输入张量的数据复制到输出张量中。复制的大小为 `size * type_size` 字节。 + +输入： + - **input_tensors** - 输入张量数组（TensorC** 类型），包含多个待选择的张量。 + - **index** - 选择的索引（int 类型），指定从 `input_tensors` 数组中选择哪个张量。 + - **core_mask** - 核掩码（int），仅共享存储版本需要。 + +输出： + - **output** - 输出张量（TensorC* 类型），包含复制后的数据。输出张量的 `size` 和 `type_size` 应与选中的输入张量相同。 + +TensorC 结构体定义： + - **type_size** - 数据类型大小（long long），单位字节，例如 float32 为 4，float16 为 2。 + - **size** - 元素个数（long long）。 + - **data** - 数据指针（void*）。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - 该算子不区分数据类型，适用于所有数据类型 + - 算子会复制数据，输出张量与输入张量数据独立 + - 调用前需要确保 `output->data` 指向的内存空间足够大（至少 `size * type_size` 字节） + - 选中的输入张量的 `size` 和 `type_size` 应与输出张量匹配 + +**共享存储版本:** + +.. c:function:: void switchlayer_s(TensorC** input_tensors, TensorC* output, int index, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 36 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + TensorC input0, input1, input2; + TensorC output; + + // 初始化 input0 + input0.type_size = 4; // float32 + input0.size = 1000; + input0.data = (void *)0xA0000000; + + // 初始化 input1 + input1.type_size = 4; // float32 + input1.size = 1000; + input1.data = (void *)0xA1000000; + + // 初始化 input2 + input2.type_size = 4; // float32 + input2.size = 1000; + input2.data = (void *)0xA2000000; + + // 初始化 output + output.type_size = 4; // float32 + output.size = 1000; + output.data = (void *)0xB0000000; // 需要预先分配足够的内存 + + // 创建输入张量数组 + TensorC* input_tensors[3] = {&input0, &input1, &input2}; + + int index = 1; // 选择 input1 + int core_mask = 0xff; + + switchlayer_s(input_tensors, &output, index, core_mask); + + // 此时 output.data 包含 input1.data 的副本 + + return 0; + } + +**私有存储版本:** + +.. c:function:: void switchlayer_p(TensorC** input_tensors, TensorC* output, int index) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 30 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + TensorC input0, input1, input2; + TensorC output; + + input0.type_size = 4; // float32 + input0.size = 1000; + input0.data = (void *)0x10000000; + + input1.type_size = 4; + input1.size = 1000; + input1.data = (void *)0x10001000; + + input2.type_size = 4; + input2.size = 1000; + input2.data = (void *)0x10002000; + + output.type_size = 4; + output.size = 1000; + output.data = (void *)0x10003000; // 需要预先分配足够的内存 + + TensorC* input_tensors[3] = {&input0, &input1, &input2}; + + int index = 0; // 选择 input0 + + switchlayer_p(input_tensors, &output, index); + + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/tensor_scatter_add.rst.txt b/master/html/_sources/functionlib/dsplib/tensor_scatter_add.rst.txt new file mode 100644 index 0000000..f318e1d --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/tensor_scatter_add.rst.txt @@ -0,0 +1,101 @@ +TensorScatterAdd +=================== + +在输入张量的指定位置执行加法操作。 +根据给定的 `indices` 和 `updates`，在输入张量中相应的位置将更新值加到原值上，生成新的输出张量。 + +.. math:: + + output[indices] = input + updates + +输入： + - **input** - 输入张量数据地址。 + - **input_shape** - 输入张量形状数组。 + - **input_rank** - 输入张量维度数。 + - **indices** - 指定更新位置的索引数组。 + - **updates** - 更新数据地址。 + - **num_unit** - 每个更新单元的长度。 + - **index_depth** - 索引深度（`indices` 的最后一维长度）。 + - **output_unit_offsets(int*, 可选)** - 单元偏移数组（仅私有版本使用）。 + - **strides(int*, 可选)** - 步长数组（仅私有版本使用）。 + - **core_mask(int, 可选)** - 核掩码（仅共享存储版本使用）。 + +输出： + - **output** - 输出张量数据地址，存放更新后的结果。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void fp_tensor_scatter_add_s(float *input, int *input_shape, int input_rank, int *indices, float *updates, float *output, int num_unit, int index_depth, int core_mask) +.. c:function:: void i32_tensor_scatter_add_s(int32_t *input, int *input_shape, int input_rank, int *indices, int32_t *updates, int32_t *output, int num_unit, int index_depth, int core_mask) +.. c:function:: void i16_tensor_scatter_add_s(int16_t *input, int *input_shape, int input_rank, int *indices, int16_t *updates, int16_t *output, int num_unit, int index_depth, int core_mask) +.. c:function:: void i8_tensor_scatter_add_s(int8_t *input, int *input_shape, int input_rank, int *indices, int8_t *updates, int8_t *output, int num_unit, int index_depth, int core_mask) +.. c:function:: void hp_tensor_scatter_add_s(half *input, int *input_shape, int input_rank, int *indices, half *updates, half *output, int num_unit, int index_depth, int core_mask) +.. c:function:: void dp_tensor_scatter_add_s(double *input, int *input_shape, int input_rank, int *indices, double *updates, double *output, int num_unit, int index_depth, int core_mask) +.. c:function:: void c64_tensor_scatter_add_s(float *input, int *input_shape, int input_rank, int *indices, float *updates, float *output, int num_unit, int index_depth, int core_mask) +.. c:function:: void c128_tensor_scatter_add_s(double *input, int *input_shape, int input_rank, int *indices, double *updates, double *output, int num_unit, int index_depth, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 14 + + // FT78NE 示例 + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; + float *output = (float *)0xA1000000; + int input_shape[2] = {4, 4}; + int input_rank = 2; + int indices[2] = {1, 2}; + float updates[1] = {3.14}; + int num_unit = 1; + int index_depth = 2; + int core_mask = 0xff; + fp_tensor_scatter_add_s(input, input_shape, input_rank, indices, updates, output, num_unit, index_depth, core_mask); + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_tensor_scatter_add_p(float *input, int *input_shape, int input_rank, int *indices, float *updates, float *output, int num_unit, int index_depth, int *output_unit_offsets, int *strides) +.. c:function:: void i32_tensor_scatter_add_p(int32_t *input, int *input_shape, int input_rank, int *indices, int32_t *updates, int32_t *output, int num_unit, int index_depth, int *output_unit_offsets, int *strides) +.. c:function:: void i16_tensor_scatter_add_p(int16_t *input, int *input_shape, int input_rank, int *indices, int16_t *updates, int16_t *output, int num_unit, int index_depth, int *output_unit_offsets, int *strides) +.. c:function:: void i8_tensor_scatter_add_p(int8_t *input, int *input_shape, int input_rank, int *indices, int8_t *updates, int8_t *output, int num_unit, int index_depth, int *output_unit_offsets, int *strides) +.. c:function:: void hp_tensor_scatter_add_p(half *input, int *input_shape, int input_rank, int *indices, half *updates, half *output, int num_unit, int index_depth, int *output_unit_offsets, int *strides) +.. c:function:: void dp_tensor_scatter_add_p(double *input, int *input_shape, int input_rank, int *indices, double *updates, double *output, int num_unit, int index_depth, int *output_unit_offsets, int *strides) +.. c:function:: void c64_tensor_scatter_add_p(float *input, int *input_shape, int input_rank, int *indices, float *updates, float *output, int num_unit, int index_depth, int *output_unit_offsets, int *strides) +.. c:function:: void c128_tensor_scatter_add_p(double *input, int *input_shape, int input_rank, int *indices, double *updates, double *output, int num_unit, int index_depth, int *output_unit_offsets, int *strides) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 15 + + // FT78NE 示例 + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; + float *output = (float *)0x10010000; + int *output_unit_offsets = (int *)0x10020000; + int *strides = (int *)0x10030000; + int input_shape[2] = {4, 4}; + int input_rank = 2; + int indices[2] = {0, 1}; + float updates[1] = {2.71}; + int num_unit = 1; + int index_depth = 2; + fp_tensor_scatter_add_p(input, input_shape, input_rank, indices, updates, output, num_unit, index_depth, output_unit_offsets, strides); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/tensorarray.rst.txt b/master/html/_sources/functionlib/dsplib/tensorarray.rst.txt new file mode 100644 index 0000000..9a9794f --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/tensorarray.rst.txt @@ -0,0 +1,203 @@ +Tensorarray +================= + +张量数组操作，支持从张量数组中读取指定索引的张量，或将张量写入到张量数组的指定索引位置。该算子不区分数据类型，适用于所有数据类型。 + +**TensorArrayRead（读取操作）：** + +从张量数组中读取指定索引的张量，并将其数据复制到输出。 + +.. math:: + + \text{output} = \text{tensors}[\text{index}] + +**TensorArrayWrite（写入操作）：** + +将输入张量的数据复制到张量数组的指定索引位置。 + +.. math:: + + \text{tensors}[\text{index}] = \text{input} + +两个操作都会复制数据，复制大小为 `size * type_size` 字节。 + +输入（TensorArrayRead）： + - **tensors** - 张量数组（Tensor** 类型），包含多个张量。 + - **index** - 读取的索引（int 类型），指定从 `tensors` 数组中读取哪个张量。 + - **core_mask** - 核掩码（int），仅共享存储版本需要。 + +输出（TensorArrayRead）： + - **output** - 输出张量（Tensor* 类型），包含复制后的数据。输出张量的 `size` 和 `type_size` 应与选中的输入张量相同。 + +输入（TensorArrayWrite）： + - **input** - 输入张量（Tensor* 类型），待写入的数据。 + - **index** - 写入的索引（int 类型），指定写入到 `tensors` 数组的哪个位置。 + - **tensors** - 张量数组（Tensor** 类型），目标数组。 + - **core_mask** - 核掩码（int），仅共享存储版本需要。 + +输出（TensorArrayWrite）： + - **tensors[index]** - 张量数组指定位置的数据会被更新。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - 该算子不区分数据类型，适用于所有数据类型 + - 算子会复制数据，输入和输出张量数据独立 + - 调用前需要确保目标内存空间足够大（至少 `size * type_size` 字节） + - 读取和写入时，涉及的张量的 `size` 和 `type_size` 应匹配 + +**共享存储版本:** + +**TensorArrayRead（读取操作）:** + +.. c:function:: void tensorarrayread_s(Tensor** tensors, int index, Tensor* output, int core_mask) + +**TensorArrayWrite（写入操作）:** + +.. c:function:: void tensorarraywrite_s(Tensor* input, int index, Tensor** tensors, int core_mask) + +**C调用示例（TensorArrayRead）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 34 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + Tensor tensor0, tensor1, tensor2; + Tensor output; + + // 初始化张量数组中的张量 + tensor0.type_size = 4; // float32 + tensor0.size = 1000; + tensor0.data = (void *)0xA0000000; + + tensor1.type_size = 4; + tensor1.size = 1000; + tensor1.data = (void *)0xA1000000; + + tensor2.type_size = 4; + tensor2.size = 1000; + tensor2.data = (void *)0xA2000000; + + // 初始化输出张量 + output.type_size = 4; + output.size = 1000; + output.data = (void *)0xB0000000; // 需要预先分配足够的内存 + + // 创建张量数组 + Tensor* tensors[3] = {&tensor0, &tensor1, &tensor2}; + + int index = 1; // 读取 tensor1 + int core_mask = 0xff; + + tensorarrayread_s(tensors, index, &output, core_mask); + + // 此时 output.data 包含 tensor1.data 的副本 + + return 0; + } + +**C调用示例（TensorArrayWrite）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 30 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + Tensor input; + Tensor tensor0, tensor1, tensor2; + + // 初始化输入张量 + input.type_size = 4; // float32 + input.size = 1000; + input.data = (void *)0xA0000000; + + // 初始化张量数组中的张量（需要预先分配内存） + tensor0.type_size = 4; + tensor0.size = 1000; + tensor0.data = (void *)0xB0000000; + + tensor1.type_size = 4; + tensor1.size = 1000; + tensor1.data = (void *)0xB0100000; + + tensor2.type_size = 4; + tensor2.size = 1000; + tensor2.data = (void *)0xB0200000; + + // 创建张量数组 + Tensor* tensors[3] = {&tensor0, &tensor1, &tensor2}; + + int index = 1; // 写入到 tensor1 的位置 + int core_mask = 0xff; + + tensorarraywrite_s(&input, index, tensors, core_mask); + + // 此时 tensors[1]->data 包含 input.data 的副本 + + return 0; + } + +**私有存储版本:** + +**TensorArrayRead（读取操作）:** + +.. c:function:: void tensorarrayread_p(Tensor** tensors, int index, Tensor* output) + +**TensorArrayWrite（写入操作）:** + +.. c:function:: void tensorarraywrite_p(Tensor* input, int index, Tensor** tensors) + +**C调用示例（私有存储版本）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + Tensor tensor0, tensor1, tensor2; + Tensor output; + + tensor0.type_size = 4; // float32 + tensor0.size = 1000; + tensor0.data = (void *)0x10000000; + + tensor1.type_size = 4; + tensor1.size = 1000; + tensor1.data = (void *)0x10001000; + + tensor2.type_size = 4; + tensor2.size = 1000; + tensor2.data = (void *)0x10002000; + + output.type_size = 4; + output.size = 1000; + output.data = (void *)0x10003000; // 需要预先分配足够的内存 + + Tensor* tensors[3] = {&tensor0, &tensor1, &tensor2}; + + int index = 0; // 读取 tensor0 + + tensorarrayread_p(tensors, index, &output); + + return 0; + } + + diff --git a/master/html/_sources/functionlib/dsplib/tensorarrayread.rst.txt b/master/html/_sources/functionlib/dsplib/tensorarrayread.rst.txt new file mode 100644 index 0000000..4b7eec6 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/tensorarrayread.rst.txt @@ -0,0 +1,123 @@ +Tensorarrayread +================= + +从张量数组中读取指定索引的张量，并将其数据复制到输出。该算子不区分数据类型，适用于所有数据类型。 + +.. math:: + + \text{output\_data} = \text{handle\_data}[\text{index}] + +该算子会将 `handle_data[index]` 指向的数据复制到 `output_data` 中，复制的大小为 `handle_size[index]` 字节。 + +输入： + - **handle_data** - 张量数组的数据指针数组（void** 类型），每个元素指向一个张量的数据。 + - **handle_size** - 每个张量的大小数组（int* 类型），`handle_size[i]` 表示 `handle_data[i]` 指向的数据大小（字节）。 + - **index** - 读取的索引（int 类型），指定从 `handle_data` 数组中读取哪个张量。 + - **core_mask** - 核掩码（int），仅共享存储版本需要。 + +输出： + - **output_data** - 输出数据指针（void* 类型），包含复制后的数据。 + - **output_size** - 输出大小指针（int* 类型），指向存储输出大小的变量。调用后，`*output_size` 会被设置为 `handle_size[index]`。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int16, int32, cplx64 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + - 算子会复制数据，输出数据与输入数据独立 + - 调用前需要确保 `output_data` 指向的内存空间足够大（至少 `handle_size[index]` 字节） + - `index` 必须在 `handle_data` 数组的有效范围内 + +**共享存储版本:** + +.. c:function:: void fp_tensorarrayread_s(void** handle_data, int* handle_size, int index, void* output_data, int* output_size, int core_mask) +.. c:function:: void hp_tensorarrayread_s(void** handle_data, int* handle_size, int index, void* output_data, int* output_size, int core_mask) +.. c:function:: void dp_tensorarrayread_s(void** handle_data, int* handle_size, int index, void* output_data, int* output_size, int core_mask) +.. c:function:: void i8_tensorarrayread_s(void** handle_data, int* handle_size, int index, void* output_data, int* output_size, int core_mask) +.. c:function:: void i16_tensorarrayread_s(void** handle_data, int* handle_size, int index, void* output_data, int* output_size, int core_mask) +.. c:function:: void i32_tensorarrayread_s(void** handle_data, int* handle_size, int index, void* output_data, int* output_size, int core_mask) +.. c:function:: void c64_tensorarrayread_s(void** handle_data, int* handle_size, int index, void* output_data, int* output_size, int core_mask) +.. c:function:: void c128_tensorarrayread_s(void** handle_data, int* handle_size, int index, void* output_data, int* output_size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 25 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + // 张量数组包含3个张量 + float *data0 = (float *)0xA0000000; // 第0个张量的数据 + float *data1 = (float *)0xA1000000; // 第1个张量的数据 + float *data2 = (float *)0xA2000000; // 第2个张量的数据 + + // 每个张量的大小（字节） + int sizes[3] = {1000 * sizeof(float), 1000 * sizeof(float), 1000 * sizeof(float)}; + + // 创建数据指针数组 + void* handle_data[3] = {data0, data1, data2}; + + // 输出数据 + float *output_data = (float *)0xB0000000; // 需要预先分配足够的内存 + int output_size; // 输出大小，调用后会被设置 + + int index = 1; // 读取第1个张量 + int core_mask = 0xff; + + fp_tensorarrayread_s(handle_data, sizes, index, output_data, &output_size, core_mask); + + // 此时 output_data 包含 data1 的副本 + // output_size == sizes[1] == 1000 * sizeof(float) + + return 0; + } + +**私有存储版本:** + +.. c:function:: void fp_tensorarrayread_p(void** handle_data, int* handle_size, int index, void* output_data, int* output_size) +.. c:function:: void hp_tensorarrayread_p(void** handle_data, int* handle_size, int index, void* output_data, int* output_size) +.. c:function:: void dp_tensorarrayread_p(void** handle_data, int* handle_size, int index, void* output_data, int* output_size) +.. c:function:: void i8_tensorarrayread_p(void** handle_data, int* handle_size, int index, void* output_data, int* output_size) +.. c:function:: void i16_tensorarrayread_p(void** handle_data, int* handle_size, int index, void* output_data, int* output_size) +.. c:function:: void i32_tensorarrayread_p(void** handle_data, int* handle_size, int index, void* output_data, int* output_size) +.. c:function:: void c64_tensorarrayread_p(void** handle_data, int* handle_size, int index, void* output_data, int* output_size) +.. c:function:: void c128_tensorarrayread_p(void** handle_data, int* handle_size, int index, void* output_data, int* output_size) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 20 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + float *data0 = (float *)0x10000000; + float *data1 = (float *)0x10001000; + float *data2 = (float *)0x10002000; + + int sizes[3] = {1000 * sizeof(float), 1000 * sizeof(float), 1000 * sizeof(float)}; + + void* handle_data[3] = {data0, data1, data2}; + + float *output_data = (float *)0x10003000; // 需要预先分配足够的内存 + int output_size; + + int index = 0; // 读取第0个张量 + + fp_tensorarrayread_p(handle_data, sizes, index, output_data, &output_size); + + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/tensorarraywrite.rst.txt b/master/html/_sources/functionlib/dsplib/tensorarraywrite.rst.txt new file mode 100644 index 0000000..a627f0e --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/tensorarraywrite.rst.txt @@ -0,0 +1,41 @@ +TensorarrayWrite +================= + +将张量写入到张量数组的指定索引位置。该算子不区分数据类型，适用于所有数据类型。 + +.. math:: + + \text{output\_data} = \text{handle\_data}[\text{index}] + +该算子会将 `handle_data[index]` 指向的数据复制到 `output_data` 中，复制的大小为 `handle_size[index]` 字节。 + +输入： + - **handle_data** - 张量数组的数据指针数组（void** 类型），每个元素指向一个张量的数据。 + - **handle_size** - 每个张量的大小数组（int* 类型），`handle_size[i]` 表示 `handle_data[i]` 指向的数据大小（字节）。 + - **index** - 读取的索引（int 类型），指定从 `handle_data` 数组中读取哪个张量。 + - **core_mask** - 核掩码（int），仅共享存储版本需要。 + +输出： + - **output_data** - 输出数据指针（void* 类型），包含复制后的数据。 + - **output_size** - 输出大小指针（int* 类型），指向存储输出大小的变量。调用后，`*output_size` 会被设置为 `handle_size[index]`。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int16, int32, cplx64 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + - 算子会复制数据，输出数据与输入数据独立 + - 调用前需要确保 `output_data` 指向的内存空间足够大（至少 `handle_size[index]` 字节） + - `index` 必须在 `handle_data` 数组的有效范围内 + +**共享存储版本:** + +见TensorArrayRead。 + + +**私有存储版本:** + +见TensorArrayRead。 + diff --git a/master/html/_sources/functionlib/dsplib/tensorlistfromtensor.rst.txt b/master/html/_sources/functionlib/dsplib/tensorlistfromtensor.rst.txt new file mode 100644 index 0000000..e2e56cd --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/tensorlistfromtensor.rst.txt @@ -0,0 +1,121 @@ +Tensorlistfromtensor +====================== + +将输入张量按照第一个维度拆分成多个张量。假设输入张量的形状为 `[N1, N2, N3, ...]`，该算子将输入张量拆分成 `N1` 个张量，每个输出张量的形状为 `[N2, N3, ...]`。 + +.. math:: + + \text{output\_tensors}[i] = \text{input\_tensor}[\text{slice\_at\_dim0} = i] + +其中 `i = 0, 1, \ldots, N1-1`，每个输出张量包含 `N1` 个切片中的一个。 + + +输入： + - **input_tensor_values** - 输入张量的数据指针，大小为 `input_tensor_total_elements` 个元素。 + - **input_tensor_shape** - 输入张量的形状数组（int* 类型），`input_tensor_shape[0]` 表示第一个维度的大小（即输出张量的数量）。 + - **input_tensor_total_elements** - 输入张量的总元素数（int 类型）。 + - **core_mask** - 核掩码（int），仅共享存储版本需要。 + +输出： + - **output_tensors** - 输出张量数组（指针数组），大小为 `input_tensor_shape[0]`。每个元素 `output_tensors[i]` 指向第 `i` 个输出张量的数据。每个输出张量的大小为 `input_tensor_total_elements / input_tensor_shape[0]` 个元素。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp32, int8, int16, int32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + - 算子会复制数据，输出张量与输入张量数据独立 + - 调用前需要确保所有 `output_tensors[i]` 指向的内存空间足够大（至少 `input_tensor_total_elements / input_tensor_shape[0]` 个元素） + - 输出张量的数量等于 `input_tensor_shape[0]` + - 每个输出张量的元素数为 `input_tensor_total_elements / input_tensor_shape[0]` + +**共享存储版本:** + +.. c:function:: void i8_tensorlistfromtensor_s(int8_t* input_tensor_values, int* input_tensor_shape, int8_t** output_tensors, int input_tensor_total_elements, int core_mask) +.. c:function:: void i16_tensorlistfromtensor_s(int16_t* input_tensor_values, int* input_tensor_shape, int16_t** output_tensors, int input_tensor_total_elements, int core_mask) +.. c:function:: void i32_tensorlistfromtensor_s(int32_t* input_tensor_values, int* input_tensor_shape, int32_t** output_tensors, int input_tensor_total_elements, int core_mask) +.. c:function:: void hp_tensorlistfromtensor_s(half* input_tensor_values, int* input_tensor_shape, half** output_tensors, int input_tensor_total_elements, int core_mask) +.. c:function:: void fp_tensorlistfromtensor_s(float* input_tensor_values, int* input_tensor_shape, float** output_tensors, int input_tensor_total_elements, int core_mask) +.. c:function:: void dp_tensorlistfromtensor_s(double* input_tensor_values, int* input_tensor_shape, double** output_tensors, int input_tensor_total_elements, int core_mask) +.. c:function:: void c64_tensorlistfromtensor_s(float* input_tensor_values, int* input_tensor_shape, float** output_tensors, int input_tensor_total_elements, int core_mask) +.. c:function:: void c128_tensorlistfromtensor_s(double* input_tensor_values, int* input_tensor_shape, double** output_tensors, int input_tensor_total_elements, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 26 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + // 输入张量形状 [3, 4, 5]，总元素数 = 3 * 4 * 5 = 60 + // 输出3个张量，每个形状 [4, 5]，元素数 = 60 / 3 = 20 + + int input_tensor_shape[] = {3, 4, 5}; + int input_tensor_total_elements = 3 * 4 * 5; // 60 + + // 输入张量数据 + float *input_tensor_values = (float *)0xA0000000; + // input_tensor_values 包含 60 个 float 元素 + + // 输出张量数组（需要预先分配内存） + float *output0 = (float *)0xB0000000; // 第0个输出张量，20个元素 + float *output1 = (float *)0xB0100000; // 第1个输出张量，20个元素 + float *output2 = (float *)0xB0200000; // 第2个输出张量，20个元素 + + float* output_tensors[3] = {output0, output1, output2}; + + int core_mask = 0xff; + + fp_tensorlistfromtensor_s(input_tensor_values, input_tensor_shape, + output_tensors, input_tensor_total_elements, core_mask); + + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_tensorlistfromtensor_p(int8_t* input_tensor_values, int* input_tensor_shape, int8_t** output_tensors, int input_tensor_total_elements) +.. c:function:: void i16_tensorlistfromtensor_p(int16_t* input_tensor_values, int* input_tensor_shape, int16_t** output_tensors, int input_tensor_total_elements) +.. c:function:: void i32_tensorlistfromtensor_p(int32_t* input_tensor_values, int* input_tensor_shape, int32_t** output_tensors, int input_tensor_total_elements) +.. c:function:: void hp_tensorlistfromtensor_p(half* input_tensor_values, int* input_tensor_shape, half** output_tensors, int input_tensor_total_elements) +.. c:function:: void fp_tensorlistfromtensor_p(float* input_tensor_values, int* input_tensor_shape, float** output_tensors, int input_tensor_total_elements) +.. c:function:: void dp_tensorlistfromtensor_p(double* input_tensor_values, int* input_tensor_shape, double** output_tensors, int input_tensor_total_elements) +.. c:function:: void c64_tensorlistfromtensor_p(float* input_tensor_values, int* input_tensor_shape, float** output_tensors, int input_tensor_total_elements) +.. c:function:: void c128_tensorlistfromtensor_p(double* input_tensor_values, int* input_tensor_shape, double** output_tensors, int input_tensor_total_elements) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 18-19 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + int input_tensor_shape[] = {3, 4, 5}; + int input_tensor_total_elements = 3 * 4 * 5; + + float *input_tensor_values = (float *)0x10000000; + + float *output0 = (float *)0x10010000; + float *output1 = (float *)0x10011000; + float *output2 = (float *)0x10012000; + + float* output_tensors[3] = {output0, output1, output2}; + + fp_tensorlistfromtensor_p(input_tensor_values, input_tensor_shape, + output_tensors, input_tensor_total_elements); + + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/tensorlistgetitem.rst.txt b/master/html/_sources/functionlib/dsplib/tensorlistgetitem.rst.txt new file mode 100644 index 0000000..317bdaf --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/tensorlistgetitem.rst.txt @@ -0,0 +1,83 @@ +Tensorlistgetitem +================= + +从张量列表中获取指定索引的张量数据。该算子将输入张量列表中的特定元素复制到输出张量中，支持多种数据类型。 + +.. math:: + + \text{output\_tensor} = \text{input\_tensor\_list}[\text{index}] + +其中 `input_tensor_list` 是输入的张量列表，`index` 是要获取的元素索引，`output_tensor` 是输出张量。 + +输入： + - **src** - 输入张量指针，指向要获取的张量数据。 + - **dst** - 输出张量指针，用于存储获取的张量数据。 + - **data_type** - 数据类型对应的字节数，如果为0，表示kTypeUnknown（未知类型）。 + - **length** - 元素个数，默认dst和src元素个数相等。 + - **core_mask** - 核掩码（int），仅共享存储版本需要。 + +输出： + - **dst** - 输出张量指针，存储从输入张量列表获取的数据。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - 该算子不区分具体的数据类型，数据类型信息通过data_type参数传递 + - 当data_type为0（kTypeUnknown）时，算子会将输出张量的内存清零 + - 当data_type不为0时，算子会按字节复制数据 + - 调用前需要确保dst指向的内存空间足够大（至少length个元素） + +**共享存储版本：** + +.. c:function:: void tensorlistgetitem_s(void *src, void *dst, int data_type, int length, int core_mask) + +**C调用示例（共享存储版本）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + float *src = (float *)0xA0000000; // 输入张量数据 + float *dst = (float *)0xB0000000; // 输出张量数据 + int data_type = 4; // float类型，4字节 + int length = 10; // 10个元素 + int core_mask = 0xff; // 核掩码 + + // 调用共享存储版本的函数 + tensorlistgetitem_s(src, dst, data_type, length, core_mask); + + return 0; + } + +**共享存储版本：** + +.. c:function:: void tensorlistgetitem_p(void *src, void *dst, int data_type, int length) + +**C调用示例（私有存储版本）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + #include + #include + + int main(int argc, char* argv[]) { + void *src = (void *)0x10000000; + void *dst = (void *)0x10010000; + int data_type = 0; // kTypeUnknown + int length = 10; // 10个元素（以字节为单位） + + // 当data_type为0时，dst将被清零 + tensorlistgetitem_p(src, dst, data_type, length); + + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/tensorlistreserve.rst.txt b/master/html/_sources/functionlib/dsplib/tensorlistreserve.rst.txt new file mode 100644 index 0000000..d2b3de2 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/tensorlistreserve.rst.txt @@ -0,0 +1,64 @@ +Tensorlistreserve +================= + +为张量列表（TensorList）预分配指定数量和形状的张量空间。该算子用于初始化TensorList结构，设置其内部张量的形状信息和TensorList本身的形状。 + +该算子不区分具体的数据类型，主要负责设置TensorList的元数据信息。 + +输入： + - **num_elements** - TensorList中包含的张量数量（int类型）。 + - **element_shape** - 每个张量的形状数组（int*类型），表示TensorList中每个张量的维度信息。 + - **shape_size** - 每个张量的形状大小（int类型），即element_shape数组的长度。 + - **tensor_list_c_element_shape_size** - 输出参数，用于存储TensorList内部每个张量的形状大小（int*类型）。 + - **tensor_list_c_element_shape** - 输出参数，用于存储TensorList内部每个张量的形状（int*类型）。 + - **tensor_c_shape_size** - 输出参数，用于存储TensorList本身的形状大小（int*类型）。 + - **tensor_c_shape** - 输出参数，用于存储TensorList本身的形状（int*类型）。 + +输出： + - **tensor_list_c_element_shape_size** - 被设置为shape_size的值。 + - **tensor_list_c_element_shape** - 被填充为element_shape的值。 + - **tensor_c_shape_size** - 被设置为1，表示TensorList本身是一个1维结构。 + - **tensor_c_shape** - 被设置为num_elements，表示TensorList包含num_elements个张量。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - 该算子不区分具体的数据类型，主要操作TensorList的元数据 + - TensorList中的每个张量必须具有相同的形状（element_shape） + - 调用前需要确保tensor_list_c_element_shape和tensor_c_shape指向的内存空间足够大 + +**函数定义：** + +.. c:function:: void Tensorlistreserve(int num_elements, int *element_shape, int shape_size, int *tensor_list_c_element_shape_size, int *tensor_list_c_element_shape, int *tensor_c_shape_size, int *tensor_c_shape) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17-20 + + #include + #include + + int main(int argc, char* argv[]) { + // 参数设置 + int num_elements = 3; // TensorList包含3个张量 + int element_shape[] = {4, 5}; // 每个张量的形状为[4, 5] + int shape_size = 2; // element_shape数组长度为2 + + // 输出参数 + int tensor_list_c_element_shape_size; + int tensor_list_c_element_shape[2]; // 空间大小应至少为shape_size + int tensor_c_shape_size; + int tensor_c_shape; + + // 调用算子 + Tensorlistreserve(num_elements, element_shape, shape_size, + &tensor_list_c_element_shape_size, + tensor_list_c_element_shape, + &tensor_c_shape_size, + &tensor_c_shape); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/tensorlistsetitem.rst.txt b/master/html/_sources/functionlib/dsplib/tensorlistsetitem.rst.txt new file mode 100644 index 0000000..7b6765c --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/tensorlistsetitem.rst.txt @@ -0,0 +1,114 @@ +Tensorlistsetitem +================= + +将输入的张量（item）替换到张量列表（TensorList）中指定索引位置。该算子创建一个新的张量列表，其中在指定索引位置的张量被替换为输入的新张量，而其他位置的张量保持不变。 + +该算子不区分具体的数据类型，通过copy_size参数指定每个张量的数据量大小。 + +输入： + - **in_data** - 输入张量列表指针（void**类型），指向原始张量列表中的各个张量数据。 + - **in_item** - 输入张量指针（void*类型），表示要替换到张量列表中的新张量数据。 + - **index** - 要替换的张量在列表中的索引位置（int类型）。 + - **tensorlist_size** - 张量列表中包含的张量个数（int类型）。 + - **copy_size** - 每个张量的数据量大小数组（int*类型），以字节为单位，表示每个张量需要复制的字节数。 + - **core_mask** - 核掩码（int类型），仅共享存储版本需要。 + +输出： + - **out_data** - 输出张量列表指针（void**类型），存储替换操作后的张量列表，其中index位置的张量被替换为in_item。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - 该算子不区分具体的数据类型，通过copy_size参数控制复制的字节数 + - 调用前需要确保out_data指向的内存空间足够大，能够存储所有张量数据 + - 索引index必须在有效范围内（0 <= index < tensorlist_size） + - 算子会复制所有张量数据，输出张量列表与输入张量列表数据独立 + +**共享存储版本：** + +.. c:function:: void tensorlistsetitem_s(void** in_data, void* in_item, void** out_data, int index, int tensorlist_size, int* copy_size, int core_mask) + +**C调用示例（共享存储版本）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 31 + + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + int tensorlist_size = 3; // 张量列表包含3个张量 + int index = 1; // 替换索引为1的张量 + + // 输入张量列表 + float *in_tensor0 = (float *)0xA0000000; + float *in_tensor1 = (float *)0xA0010000; + float *in_tensor2 = (float *)0xA0020000; + void* in_data[3] = {in_tensor0, in_tensor1, in_tensor2}; + + // 输入item + float *in_item = (float *)0xA0030000; + + // 输出张量列表 + float *out_tensor0 = (float *)0xB0000000; + float *out_tensor1 = (float *)0xB0010000; + float *out_tensor2 = (float *)0xB0020000; + void* out_data[3] = {out_tensor0, out_tensor1, out_tensor2}; + + // 每个张量的数据量大小 + int copy_size[3] = {40, 40, 40}; + + // 核掩码 + int core_mask = 0xff; + + // 调用共享存储版本的函数 + tensorlistsetitem_s(in_data, in_item, out_data, index, tensorlist_size, copy_size, core_mask); + + return 0; + } + +**私有存储版本：** + +.. c:function:: void tensorlistsetitem_p(void** in_data, void* in_item, void** out_data, int index, int tensorlist_size, int* copy_size) + +**C调用示例（私有存储版本）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 28 + + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + int tensorlist_size = 3; // 张量列表包含3个张量 + int index = 1; // 替换索引为1的张量 + + // 输入张量列表（假设已初始化） + float *in_tensor0 = (float *)0x10000000; // 第一个张量 + float *in_tensor1 = (float *)0x10001000; // 第二个张量（将被替换） + float *in_tensor2 = (float *)0x10002000; // 第三个张量 + void* in_data[3] = {in_tensor0, in_tensor1, in_tensor2}; + + // 输入item（新张量数据） + float *in_item = (float *)0x10003000; + + // 输出张量列表（需要预先分配内存） + float *out_tensor0 = (float *)0x10004000; + float *out_tensor1 = (float *)0x10005000; + float *out_tensor2 = (float *)0x10006000; + void* out_data[3] = {out_tensor0, out_tensor1, out_tensor2}; + + // 每个张量的数据量大小（假设每个张量有10个float元素，每个float 4字节） + int copy_size[3] = {40, 40, 40}; // 40字节 = 10 * 4 + + // 调用私有存储版本的函数 + tensorlistsetitem_p(in_data, in_item, out_data, index, tensorlist_size, copy_size); + + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/tensorliststack.rst.txt b/master/html/_sources/functionlib/dsplib/tensorliststack.rst.txt new file mode 100644 index 0000000..50d94d3 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/tensorliststack.rst.txt @@ -0,0 +1,116 @@ +Tensorliststack +=============== + +将多个张量（Tensor）堆叠成一个更大的张量。此算子可以处理不同数据类型的张量，将它们按顺序拼接成一个连续的内存块。 + +.. math:: + + \text{output\_data} = [\text{tensor}_1, \text{tensor}_2, \ldots, \text{tensor}_n] + +其中每个张量的数据类型和元素数量可以不同。 + +输入： + - **tensor_num** - 张量数量，tensor_num > 0 + - **tensor_element_nums** - 每个张量的元素数量（int* 类型） + - **tensor_data_type** - 每个张量元素的数据类型，以字节数表示 + - **tensor_data** - 每个张量数据的起始地址（void** 类型） + - **output_data** - 输出结果的数组起始位置（void* 类型） + - **unknown_type_offset** - 未知类型数据在输出结果中的偏移量 + - **core_mask** - 核掩码（int），仅共享存储版本需要 + +输出： + - **output_data** - 堆叠后的张量数据，按输入顺序连续存储 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - 该算子不区分具体的数据类型，数据类型信息通过tensor_data_type参数传递 + - 当tensor_data_type[i]为0（kTypeUnknown）时，算子会将输出内存清零 + - 当tensor_data_type[i]不为0时，算子会按字节复制数据 + - 调用前需要确保output_data指向的内存空间足够大以容纳所有张量数据 + - TensorList中不同的Tensor数据类型可能不同，类型信息已经在算子中包含 + +**共享存储版本：** + +.. c:function:: void tensorliststack_s(int tensor_num, int *tensor_element_nums, int *tensor_data_type, void **tensor_data, void *output_data, int unknown_type_offset, int core_mask) + +**C调用示例（共享存储版本）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 27-28 + + //FT78NE示例 + #include + #include + #include + + int main(int argc, char* argv[]) { + // 假设在DDR空间 + int tensor_num = 2; + + // 每个张量的元素数量 + int tensor_element_nums[] = {3, 2}; + + // 每个张量的数据类型（以字节数表示） + int tensor_data_type[] = {4, 8}; // 32位int(4字节), 64位double(8字节) + + // 张量数据 + int *tensor1 = (int *)0xA0000000; + double *tensor2 = (double *)0xA0100000; + + void *tensor_data[] = {tensor1, tensor2}; + + void *output_data = (void *)0xB0000000; // 输出数据 + int unknown_type_offset = 0; + int core_mask = 0xff; + + // 调用共享存储版本的函数 + tensorliststack_s(tensor_num, tensor_element_nums, tensor_data_type, + tensor_data, output_data, unknown_type_offset, core_mask); + + return 0; + } + +**私有存储版本：** + +.. c:function:: void tensorliststack_p(int tensor_num, int *tensor_element_nums, int *tensor_data_type, void **tensor_data, void *output_data, int unknown_type_offset) + +**C调用示例（私有存储版本）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 26-27 + + //FT78NE示例 + #include + #include + #include + + int main(int argc, char* argv[]) { + // 假设在L2空间 + int tensor_num = 2; + + // 每个张量的元素数量 + int tensor_element_nums[] = {3, 2}; + + // 每个张量的数据类型（以字节数表示） + int tensor_data_type[] = {4, 8}; // 32位int(4字节), 64位double(8字节) + + // 张量数据 + int *tensor1 = (int *)0x10000000; + double *tensor2 = (double *)0x10100000; + + void *tensor_data[] = {tensor1, tensor2}; + + void *output_data = (void *)0x10200000; // 输出数据 + int unknown_type_offset = 0; + + // 调用私有存储版本的函数 + tensorliststack_p(tensor_num, tensor_element_nums, tensor_data_type, + tensor_data, output_data, unknown_type_offset); + + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/tile.rst.txt b/master/html/_sources/functionlib/dsplib/tile.rst.txt new file mode 100644 index 0000000..5f13c1d --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/tile.rst.txt @@ -0,0 +1,98 @@ +Tile +================= + +沿着指定的维度 ``tile_dim``，将输入张量的基础块重复平铺 ``tile_num`` 次。该算子通过“加倍拷贝法”利用 DMA 传输实现高效的数据复制。 + +.. math:: + + \text{对于输入张量，其在维度 } tile\_dim \text{ 及其之后维度的连续块大小为 } stride \text{ 个元素。} \\ + \text{算子将该块在输出中连续复制 } tile\_num \text{ 次，构造出平铺后的维度效果。} + +输入： + - **input** - 输入张量数据地址。 + - **output** - 输出张量数据地址。 + - **input_shape** - 输入张量的形状数组地址。 + - **tile_dim** - 执行平铺操作的维度索引（0 到 ndim-1）。 + - **tile_num** - 在指定维度上平铺的次数。 + - **stride** - 平铺块的长度。通常定义为从 ``tile_dim`` 维度到最后一个维度所有形状值的乘积。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 填充后的平铺结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + - 对于复数类型（cplx64/cplx128），``stride`` 依然表示复数元素的个数，算子内部会自动处理双倍宽度的内存拷贝。 + - 算子内部使用 DMA 传输，能够有效提升 DDR 到 DDR 的拷贝效率。 + +**共享存储版本:** + +.. c:function:: void i8_tile_s(int8_t* input, int8_t* output, int *input_shape, int tile_dim, int tile_num, int stride, int core_mask) +.. c:function:: void i16_tile_s(int16_t* input, int16_t* output, int *input_shape, int tile_dim, int tile_num, int stride, int core_mask) +.. c:function:: void i32_tile_s(int32_t* input, int32_t* output, int *input_shape, int tile_dim, int tile_num, int stride, int core_mask) +.. c:function:: void hp_tile_s(half* input, half* output, int *input_shape, int tile_dim, int tile_num, int stride, int core_mask) +.. c:function:: void fp_tile_s(float* input, float* output, int *input_shape, int tile_dim, int tile_num, int stride, int core_mask) +.. c:function:: void dp_tile_s(double* input, double* output, int *input_shape, int tile_dim, int tile_num, int stride, int core_mask) +.. c:function:: void c64_tile_s(float* input, float* output, int *input_shape, int tile_dim, int tile_num, int stride, int core_mask) +.. c:function:: void c128_tile_s(double* input, double* output, int *input_shape, int tile_dim, int tile_num, int stride, int core_mask) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 14 + + // FT78NE 示例：多核并行平铺 + #include + #include "78NE/utils.h" + + int main() { + float *input = (float *)0xA0000000; + float *output = (float *)0xB0000000; + int input_shape[] = {16, 20, 16, 24}; + int tile_dim = 2; + int tile_num = 10; + int stride = 16 * 24; // tile_dim[2]*input_shape[3] + int core_mask = 0b1011; + + fp_tile_s(input, output, input_shape, tile_dim, tile_num, stride, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_tile_p(int8_t* input, int8_t* output, int *input_shape, int tile_dim, int tile_num, int stride) +.. c:function:: void i16_tile_p(int16_t* input, int16_t* output, int *input_shape, int tile_dim, int tile_num, int stride) +.. c:function:: void i32_tile_p(int32_t* input, int32_t* output, int *input_shape, int tile_dim, int tile_num, int stride) +.. c:function:: void hp_tile_p(half* input, half* output, int *input_shape, int tile_dim, int tile_num, int stride) +.. c:function:: void fp_tile_p(float* input, float* output, int *input_shape, int tile_dim, int tile_num, int stride) +.. c:function:: void dp_tile_p(double* input, double* output, int *input_shape, int tile_dim, int tile_num, int stride) +.. c:function:: void c64_tile_p(float* input, float* output, int *input_shape, int tile_dim, int tile_num, int stride) +.. c:function:: void c128_tile_p(double* input, double* output, int *input_shape, int tile_dim, int tile_num, int stride) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + // MT7004 示例：单核私有空间平铺 + #include + + int main() { + float *input = (float *)0x10000000; + float *output = (float *)0x10010000; + int input_shape[] = {4, 10, 8, 12}; + int tile_dim = 2; + int tile_num = 5; + int stride = 8 * 12; + + fp_tile_p(input, output, input_shape, tile_dim, tile_num, stride); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/topkfusion.rst.txt b/master/html/_sources/functionlib/dsplib/topkfusion.rst.txt new file mode 100644 index 0000000..13e89bc --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/topkfusion.rst.txt @@ -0,0 +1,139 @@ +TopkFusion +================= + + +在指定维度上选取 Top-K 个最大值，并同时输出对应的索引。 + +该算子在融合实现中同时完成： + - Top-K 值计算 + - 索引提取 + - 可选的结果排序 + +其计算过程为： +在指定维度上，对每个 slice 进行排序或选择，输出前 ``K`` 个最大元素及其原始索引。 + +当 ``sorted = false`` 时，仅保证输出为 Top-K 元素集合， +不保证其在输出中的顺序；当 ``sorted = true`` 时， +输出结果按值从大到小排序。 + + +输入： + - **input** - 输入张量的数据地址。 + 数据类型需与所调用的 TopkFusion 接口类型一致，例如：``fp_*`` 接口对应 ``float*``,``hp_*`` 接口对应 ``half*``,``i16_*`` 接口对应 ``int16_t*``,``i32_*`` 接口对应 ``int32_t*`` + + - **output** - Top-K 值输出张量的数据地址。 + 数据类型与 ``input`` 保持一致。 + + - **output_index** - Top-K 索引输出张量的数据地址，类型固定为 ``int32_t*``。 + + - **parameter** - Top-K 参数结构体指针 ``TopkParameter*``，其定义如下： + + .. code-block:: c + + typedef struct TopkParameter { + // primitive parameter + OpParameter op_parameter_; + int k_; // 需要选取的 Top-K 个数 + int axis_; // 执行 Top-K 的维度 + bool sorted_; // 是否对 Top-K 结果按值排序 + + // other parameter + int dim_size_; // axis 维度长度 + int outer_loop_num_; // axis 之前维度展开后的循环次数 + int inner_loop_num_; // axis 之后维度展开后的循环次数 + void *topk_node_list_; // 临时 TopK 节点缓冲区 + } TopkParameter; + + - **core_mask** - 核掩码（仅共享存储版本使用）。 + + +输出： + - **output** - Top-K 值输出张量的数据地址。 + - **output_index** - Top-K 索引输出张量的数据地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持的数据类型： + fp32, fp64, int8, int16, int32 + - MT7004 支持的数据类型： + fp16, fp32, int16, int32 + - ``output`` 与 ``output_index`` 的布局与输入张量保持一致，仅在 Top-K 维度长度变为 ``K`` + - TopkFusion 算子内部使用 ``void*`` 进行类型复用， + 但调用时 ``input`` 与 ``output`` 的实际数据类型 + 必须与所选接口前缀严格一致。 + + + +**共享存储版本：** + +.. c:function:: void fp_topk_fusion_s(void* input, void* output, int32_t* output_index, TopkParameter* parameter, int core_mask) +.. c:function:: void hp_topk_fusion_s(void* input, void* output, int32_t* output_index, TopkParameter* parameter, int core_mask) +.. c:function:: void i16_topk_fusion_s(void* input, void* output, int32_t* output_index, TopkParameter* parameter, int core_mask) +.. c:function:: void i32_topk_fusion_s(void* input, void* output, int32_t* output_index, TopkParameter* parameter, int core_mask) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 19 + + // FT78NE 多核示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; + float *output = (float *)0xB0000000; + int32_t *output_index = (int32_t *)0xB1000000; + + TopkParameter param; + param.k_ = 5; + param.dim_size_ = 100; + param.outer_loop_num_ = 1; + param.inner_loop_num_ = 1; + param.sorted_ = 1; + + int core_mask = 0xff; + + fp_topk_fusion_s(input, output, output_index, ¶m, core_mask); + return 0; + } + + +**私有存储版本：** + +.. c:function:: void fp_topk_fusion_p(void* input, void* output, int32_t* output_index, TopkParameter* parameter) +.. c:function:: void hp_topk_fusion_p(void* input, void* output, int32_t* output_index, TopkParameter* parameter) +.. c:function:: void i16_topk_fusion_p(void* input, void* output, int32_t* output_index, TopkParameter* parameter) +.. c:function:: void i32_topk_fusion_p(void* input, void* output, int32_t* output_index, TopkParameter* parameter) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17 + + // MT7004 单核示例 + #include + #include + + int main(int argc, char* argv[]) { + half *input = (half *)0x10000000; + half *output = (half *)0x10010000; + int32_t *output_index = (int32_t *)0x10020000; + + TopkParameter param; + param.k_ = 3; + param.dim_size_ = 64; + param.outer_loop_num_ = 1; + param.inner_loop_num_ = 1; + param.sorted_ = 0; + + hp_topk_fusion_p(input, output, output_index, ¶m); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/transpose.rst.txt b/master/html/_sources/functionlib/dsplib/transpose.rst.txt new file mode 100644 index 0000000..02dd2ca --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/transpose.rst.txt @@ -0,0 +1,92 @@ +Transpose +================= + +对输入数组按照指定维度顺序（perm）进行转置操作，并输出结果数组。 + +输入： + - **in_data** - 输入数据地址。 + - **num_axes** - 数据维度数。 + - **output_shape** - 输出形状数组。 + - **perm** - 转置维度顺序数组。 + - **strides** - 输入数据每维步长。 + - **out_strides** - 输出数据每维步长。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **out_data** - 转置结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持fp, dp, int8, int16, int32, clx64, cplx128 + - MT7004 支持hp, fp, i16, i32, cplx64 + +**共享存储版本:** + +.. c:function:: void fp_transpose_s(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const float* in_data, float* out_data, int core_mask) +.. c:function:: void hp_transpose_s(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const half* in_data, half* out_data, int core_mask) +.. c:function:: void dp_transpose_s(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const double* in_data, double* out_data, int core_mask) +.. c:function:: void i8_transpose_s(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const int8_t* in_data, int8_t* out_data, int core_mask) +.. c:function:: void i16_transpose_s(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const int16_t* in_data, int16_t* out_data, int core_mask) +.. c:function:: void i32_transpose_s(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const int* in_data, int* out_data, int core_mask) +.. c:function:: void c64_transpose_s(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const float* in_data, float* out_data, int core_mask) +.. c:function:: void c128_transpose_s(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const double* in_data, double* out_data, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + #include + #include + + int main() { + float *input = (float *)0xA0000000; // 输入在DDR空间 + float *output = (float *)0xC0000000; + int num_axes = 4; + int output_shape[4] = {1, 3, 224, 224}; + int perm[4] = {0, 2, 3, 1}; + int strides[4] = {150528, 50176, 224, 1}; + int out_strides[4] = {150528, 50176, 224, 1}; + int core_mask = 0xff; + + fp_transpose_s(num_axes, output_shape, perm, strides, out_strides, input, output, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_transpose_p(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const float* in_data, float* out_data) +.. c:function:: void hp_transpose_p(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const half* in_data, half* out_data) +.. c:function:: void dp_transpose_p(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const double* in_data, double* out_data) +.. c:function:: void i8_transpose_p(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const int8_t* in_data, int8_t* out_data) +.. c:function:: void i16_transpose_p(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const int16_t* in_data, int16_t* out_data) +.. c:function:: void i32_transpose_p(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const int* in_data, int* out_data) +.. c:function:: void c64_transpose_p(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const float* in_data, float* out_data) +.. c:function:: void c128_transpose_p(int num_axes, const int* output_shape, int* perm, int* strides, int* out_strides, const double* in_data, double* out_data) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 13 + + #include + #include + + int main() { + float *input = (float *)0x10810000; // 输入在L2空间 + float *output = (float *)0x10820000; + int num_axes = 4; + int output_shape[4] = {1, 3, 224, 224}; + int perm[4] = {0, 2, 3, 1}; + int strides[4] = {150528, 50176, 224, 1}; + int out_strides[4] = {150528, 50176, 224, 1}; + + fp_transpose_p(num_axes, output_shape, perm, strides, out_strides, input, output); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/tril.rst.txt b/master/html/_sources/functionlib/dsplib/tril.rst.txt new file mode 100644 index 0000000..02176aa --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/tril.rst.txt @@ -0,0 +1,136 @@ +Tril +================= + +返回输入张量的下三角部分，其余部分设置为零 + +对于输入形状为 :math:`(*, H, W)` 的张量，返回每个 :math:`H \times W` 矩阵的下三角部分。 + +.. math:: + + \text{output}[i,j] = \begin{cases} + \text{input}[i,j], & \text{if } j \leq i + k \\ + 0, & \text{otherwise} + \end{cases} + +其中 :math:`k` 为对角线偏移量： + - :math:`k = 0`：主对角线（默认） + - :math:`k > 0`：主对角线上方第 k 条对角线 + - :math:`k < 0`：主对角线下方第 k 条对角线 + +输入： + - **src** - 输入数据地址。 + - **k** - 对角线偏移量，默认为 0。 + - **height** - 矩阵高度。 + - **width** - 矩阵宽度。 + - **out_elems** - 输出矩阵的数量（批量大小）。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **dst** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本：** + +.. c:function:: void i8_tril_s(int8_t* dst, int8_t* src, int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void i16_tril_s(int16_t* dst, int16_t* src, int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void i32_tril_s(int32_t* dst, int32_t* src, int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void hp_tril_s(half* dst, half* src, int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void fp_tril_s(float* dst, float* src, int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void dp_tril_s(double* dst, double* src, int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void c64_tril_s(float (*dst)[2], float (*src)[2], int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void c128_tril_s(double (*dst)[2], double (*src)[2], int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; //input在DDR空间 + float *output = (float *)0xB0000000; //output在DDR空间 + int64_t k = 0; // 主对角线 + int64_t height = 4; // 矩阵高度 + int64_t width = 4; // 矩阵宽度 + int64_t out_elems = 1; // 矩阵数量 + int core_mask = 0xff; + fp_tril_s(output, input, core_mask, k, height, width, out_elems); + return 0; + } + + +**私有存储版本：** + +.. c:function:: void i8_tril_p(int8_t* dst, int8_t* src, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void i16_tril_p(int16_t* dst, int16_t* src, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void i32_tril_p(int32_t* dst, int32_t* src, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void hp_tril_p(half* dst, half* src, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void fp_tril_p(float* dst, float* src, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void dp_tril_p(double* dst, double* src, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void c64_tril_p(float (*dst)[2], float (*src)[2], int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void c128_tril_p(double (*dst)[2], double (*src)[2], int64_t k, int64_t height, int64_t width, int64_t out_elems) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10810000; //input在L2空间 + float *output = (float *)0x10850000; //output在L2空间 + int64_t k = 0; // 主对角线 + int64_t height = 4; // 矩阵高度 + int64_t width = 4; // 矩阵宽度 + int64_t out_elems = 1; // 矩阵数量 + fp_tril_p(output, input, k, height, width, out_elems); + return 0; + } + +.. note:: + **示例说明：** + + 对于 4x4 矩阵，k=0 时的下三角输出示例： + + .. code-block:: text + + 输入矩阵： 输出矩阵： + 1 2 3 4 1 0 0 0 + 5 6 7 8 => 5 6 0 0 + 9 10 11 12 9 10 11 0 + 13 14 15 16 13 14 15 16 + + k=1 时（上移一条对角线，包含更多元素）： + + .. code-block:: text + + 输入矩阵： 输出矩阵： + 1 2 3 4 1 2 0 0 + 5 6 7 8 => 5 6 7 0 + 9 10 11 12 9 10 11 12 + 13 14 15 16 13 14 15 16 + + k=-1 时（下移一条对角线，更严格的下三角）： + + .. code-block:: text + + 输入矩阵： 输出矩阵： + 1 2 3 4 0 0 0 0 + 5 6 7 8 => 5 0 0 0 + 9 10 11 12 9 10 0 0 + 13 14 15 16 13 14 15 0 diff --git a/master/html/_sources/functionlib/dsplib/triu.rst.txt b/master/html/_sources/functionlib/dsplib/triu.rst.txt new file mode 100644 index 0000000..b12017a --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/triu.rst.txt @@ -0,0 +1,129 @@ +Triu +================= + +返回输入张量的上三角部分，其余部分设置为零 + +对于输入形状为 :math:`(*, H, W)` 的张量，返回每个 :math:`H \times W` 矩阵的上三角部分。 + +.. math:: + + \text{output}[i,j] = \begin{cases} + \text{input}[i,j], & \text{if } j \geq i + k \\ + 0, & \text{otherwise} + \end{cases} + +其中 :math:`k` 为对角线偏移量： + - :math:`k = 0`：主对角线（默认） + - :math:`k > 0`：主对角线上方第 k 条对角线 + - :math:`k < 0`：主对角线下方第 k 条对角线 + +输入： + - **src** - 输入数据地址。 + - **k** - 对角线偏移量，默认为 0。 + - **height** - 矩阵高度。 + - **width** - 矩阵宽度。 + - **out_elems** - 输出矩阵的数量（批量大小）。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **dst** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本：** + +.. c:function:: void i8_triu_s(int8_t* dst, int8_t* src, int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void i16_triu_s(int16_t* dst, int16_t* src, int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void i32_triu_s(int32_t* dst, int32_t* src, int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void hp_triu_s(half* dst, half* src, int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void fp_triu_s(float* dst, float* src, int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void dp_triu_s(double* dst, double* src, int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void c64_triu_s(float (*dst)[2], float (*src)[2], int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void c128_triu_s(double (*dst)[2], double (*src)[2], int core_mask, int64_t k, int64_t height, int64_t width, int64_t out_elems) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 13 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; //input在DDR空间 + float *output = (float *)0xB0000000; //output在DDR空间 + int64_t k = 0; // 主对角线 + int64_t height = 4; // 矩阵高度 + int64_t width = 4; // 矩阵宽度 + int64_t out_elems = 1; // 矩阵数量 + int core_mask = 0xff; + fp_triu_s(output, input, core_mask, k, height, width, out_elems); + return 0; + } + + +**私有存储版本：** + +.. c:function:: void i8_triu_p(int8_t* dst, int8_t* src, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void i16_triu_p(int16_t* dst, int16_t* src, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void i32_triu_p(int32_t* dst, int32_t* src, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void hp_triu_p(half* dst, half* src, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void fp_triu_p(float* dst, float* src, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void dp_triu_p(double* dst, double* src, int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void c64_triu_p(float (*dst)[2], float (*src)[2], int64_t k, int64_t height, int64_t width, int64_t out_elems) +.. c:function:: void c128_triu_p(double (*dst)[2], double (*src)[2], int64_t k, int64_t height, int64_t width, int64_t out_elems) + + **C调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 12 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10810000; //input在L2空间 + float *output = (float *)0x10850000; //output在L2空间 + int64_t k = 0; // 主对角线 + int64_t height = 4; // 矩阵高度 + int64_t width = 4; // 矩阵宽度 + int64_t out_elems = 1; // 矩阵数量 + fp_triu_p(output, input, k, height, width, out_elems); + return 0; + } + +**示例说明：** + +对于 4x4 矩阵，k=0 时的上三角输出示例:: + + 输入矩阵： 输出矩阵： + 1 2 3 4 1 2 3 4 + 5 6 7 8 => 0 6 7 8 + 9 10 11 12 0 0 11 12 + 13 14 15 16 0 0 0 16 + +k=1 时（上移一条对角线）:: + + 输入矩阵： 输出矩阵： + 1 2 3 4 0 2 3 4 + 5 6 7 8 => 0 0 7 8 + 9 10 11 12 0 0 0 12 + 13 14 15 16 0 0 0 0 + +k=-1 时（下移一条对角线）:: + + 输入矩阵： 输出矩阵： + 1 2 3 4 1 2 3 4 + 5 6 7 8 => 5 6 7 8 + 9 10 11 12 0 10 11 12 + 13 14 15 16 0 0 15 16 diff --git a/master/html/_sources/functionlib/dsplib/uniform_real.rst.txt b/master/html/_sources/functionlib/dsplib/uniform_real.rst.txt new file mode 100644 index 0000000..b495a7c --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/uniform_real.rst.txt @@ -0,0 +1,73 @@ +UniformReal +================= +生成服从均匀分布的随机数序列，输出范围为 :math:`[0, 1)`。 + +.. math:: + + output_i \sim \mathcal{U}(0, 1) + +输入： + - **length** - 输出数据长度。 + - **seed** - 随机数种子 1。 + - **seed2** - 随机数种子 2。 + - **core_mask(int, 可选)** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 生成的随机数结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp32 + - MT7004 支持 fp32, fp16 + - 随机数生成基于输入种子 `seed` 与 `seed2`，相同的种子对应确定性输出。 + +**共享存储版本:** + +.. c:function:: void fp_uniform_real_s(float* output, int length, int seed, int seed2, int core_mask) +.. c:function:: void hp_uniform_real_s(half* output, int length, int seed, int seed2, int core_mask) + + **C 调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 10 + + // FT78NE 示例 + #include + + int main(int argc, char* argv[]) { + float *output = (float *)0xA0000000; // output 在 DDR 空间 + int length = 1024; + int seed = 1234; + int seed2 = 5678; + int core_mask = 0xff; + fp_uniform_real_s(output, length, seed, seed2, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void fp_uniform_real_p(float* output, int length, int seed, int seed2) +.. c:function:: void hp_uniform_real_p(half* output, int length, int seed, int seed2) + + **C 调用示例：** + + .. code-block:: c + :linenos: + :emphasize-lines: 9 + + // MT7004 示例 + #include + + int main(int argc, char* argv[]) { + float *output = (float *)0x10010000; + int length = 1024; + int seed = 1234; + int seed2 = 5678; + fp_uniform_real_p(output, length, seed, seed2); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/unique.rst.txt b/master/html/_sources/functionlib/dsplib/unique.rst.txt new file mode 100644 index 0000000..4d26e1a --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/unique.rst.txt @@ -0,0 +1,95 @@ +Unique +================= + + +对输入张量进行去重操作，返回去重后的元素组成的张量。 + +.. math:: + + \text{output} = \text{unique}(\text{input}) + +该算子遍历输入张量的所有元素，对于每个元素，如果它尚未出现在输出张量中，则将其添加到输出张量中。最终输出张量包含了输入张量中的所有唯一元素，且保持它们首次出现的相对顺序。 + +输入： + - **input** - 输入张量的数据地址。 + - **input_len** - 输入张量的元素数量。 + +输出： + - **output0** - 去重后的元素组成的张量。 + - **output0_len** - 实际去重后的元素数量。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_Unique_s(int8_t *input, int input_len, int8_t *output0, int32_t *output0_len, int core_mask) +.. c:function:: void i16_Unique_s(int16_t *input, int input_len, int16_t *output0, int32_t *output0_len, int core_mask) +.. c:function:: void i32_Unique_s(int32_t *input, int input_len, int32_t *output0, int32_t *output0_len, int core_mask) +.. c:function:: void hp_Unique_s(half *input, int input_len, half *output0, int32_t *output0_len, int core_mask) +.. c:function:: void fp_Unique_s(float *input, int input_len, float *output0, int32_t *output0_len, int core_mask) +.. c:function:: void dp_Unique_s(double *input, int input_len, double *output0, int32_t *output0_len, int core_mask) +.. c:function:: void c64_Unique_s(float *input, int input_len, float *output0, int32_t *output0_len, int core_mask) +.. c:function:: void c128_Unique_s(double *input, int input_len, double *output0, int32_t *output0_len, int core_mask) + + +**C调用示例（共享存储版本）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 12 + + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // 输入张量在DDR空间 + int input_len = 10; // 输入张量长度 + float *output0 = (float *)0xB0000000; // 输出张量在DDR空间 + int32_t output0_len; // 输出张量长度 + int core_mask = 0xff; // 核掩码 + + // 调用Unique算子 + fp_Unique_s(input, input_len, output0, &output0_len, core_mask); + + printf("Unique elements count: %d\n", output0_len); + return 0; + } + +**私有存储版本:** + +.. c:function:: void i8_Unique_p(int8_t *input, int input_len, int8_t *output0, int32_t *output0_len) +.. c:function:: void i16_Unique_p(int16_t *input, int input_len, int16_t *output0, int32_t *output0_len) +.. c:function:: void i32_Unique_p(int32_t *input, int input_len, int32_t *output0, int32_t *output0_len) +.. c:function:: void hp_Unique_p(half *input, int input_len, half *output0, int32_t *output0_len) +.. c:function:: void fp_Unique_p(float *input, int input_len, float *output0, int32_t *output0_len) +.. c:function:: void dp_Unique_p(double *input, int input_len, double *output0, int32_t *output0_len) +.. c:function:: void c64_Unique_p(float *input, int input_len, float *output0, int32_t *output0_len) +.. c:function:: void c128_Unique_p(double *input, int input_len, double *output0, int32_t *output0_len) + +**C调用示例（私有存储版本）：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; // 输入张量在L2空间 + int input_len = 10; // 输入张量长度 + float *output0 = (float *)0x11000000; // 输出张量在L2空间 + int32_t output0_len; // 输出张量长度 + + // 调用Unique算子 + fp_Unique_p(input, input_len, output0, &output0_len); + + printf("Unique elements count: %d\n", output0_len); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/unsortedsegmentsum.rst.txt b/master/html/_sources/functionlib/dsplib/unsortedsegmentsum.rst.txt new file mode 100644 index 0000000..14a0f1d --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/unsortedsegmentsum.rst.txt @@ -0,0 +1,113 @@ +UnsortedSegmentSum +==================== + +对输入张量按给定的 segment 索引进行无序分段求和操作。 + +对于每个输入元素，根据其对应的 ``index`` 值，将其累加到输出张量中 +对应的 segment 位置。不同 segment 之间的顺序不做任何排序保证。 + +.. math:: + + \text{output}_{s, j} = \sum_{i \,|\, index_i = s} \text{input}_{i, j} + +其中： + +- :math:`i \in [0, \text{dim0})` +- :math:`j \in [0, \text{dim1})` +- :math:`s \in [0, \text{id\_max})` + +输入： + - **input** - 输入张量的数据地址。 + 数据类型需与所调用的 UnsortedSegmentSum 接口类型一致。 + + - **index** - segment 索引数组地址，类型为 ``int*``， + 长度为 ``dim0``，用于指定每一行输入数据所属的 segment。 + + - **dim0** - 输入张量的第 0 维大小（segment 数量维度）。 + + - **dim1** - 输入张量的第 1 维大小（每个 segment 内的元素数量）。 + + - **id_max** - segment 的最大数量，决定输出张量的第 0 维大小。 + + - **core_mask** - 核掩码（仅共享存储版本使用）。 + +输出： + - **output** - 输出张量的数据地址， + 形状为 ``[id_max, dim1]``， + 数据类型与 ``input`` 保持一致。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - 该算子为无序分段求和（Unsorted），不保证 segment 内或 segment 间的顺序。 + - 输出张量在计算前会被初始化为 0。 + - ``index`` 中的取值范围应满足 ``0 <= index[i] < id_max``。 + +**共享存储版本：** + +.. c:function:: void fp_unsorted_segment_sum_s(float* input, float* output, int* index, int dim0, int dim1, int id_max, int core_mask) +.. c:function:: void dp_unsorted_segment_sum_s(double* input, double* output, int* index, int dim0, int dim1, int id_max, int core_mask) +.. c:function:: void i8_unsorted_segment_sum_s(int8_t* input, int8_t* output, int* index, int dim0, int dim1, int id_max, int core_mask) +.. c:function:: void i16_unsorted_segment_sum_s(int16_t* input, int16_t* output, int* index, int dim0, int dim1, int id_max, int core_mask) +.. c:function:: void i32_unsorted_segment_sum_s(int32_t* input, int32_t* output, int* index, int dim0, int dim1, int id_max, int core_mask) +.. c:function:: void c64_unsorted_segment_sum_s(float* input, float* output, int* index, int dim0, int dim1, int id_max, int core_mask) +.. c:function:: void c128_unsorted_segment_sum_s(double* input, double* output, int* index, int dim0, int dim1, int id_max, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + // FT78NE 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; // input 在 DDR 空间 + float *output = (float *)0xB0000000; + int *index = (int *)0xA1000000; + + int dim0 = 128; + int dim1 = 64; + int id_max = 16; + int core_mask = 0xff; + + fp_unsorted_segment_sum_s(input, output, index, dim0, dim1, id_max, core_mask); + return 0; + } + +**私有存储版本：** + +.. c:function:: void fp_unsorted_segment_sum_p(float* input, float* output, int* index, int dim0, int dim1, int id_max) +.. c:function:: void dp_unsorted_segment_sum_p(double* input, double* output, int* index, int dim0, int dim1, int id_max) +.. c:function:: void i8_unsorted_segment_sum_p(int8_t* input, int8_t* output, int* index, int dim0, int dim1, int id_max) +.. c:function:: void i16_unsorted_segment_sum_p(int16_t* input, int16_t* output, int* index, int dim0, int dim1, int id_max) +.. c:function:: void i32_unsorted_segment_sum_p(int32_t* input, int32_t* output, int* index, int dim0, int dim1, int id_max) +.. c:function:: void c64_unsorted_segment_sum_p(float* input, float* output, int* index, int dim0, int dim1, int id_max) +.. c:function:: void c128_unsorted_segment_sum_p(double* input, double* output, int* index, int dim0, int dim1, int id_max) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 14 + + // MT7004 示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0x10000000; // input 在 L2 空间 + float *output = (float *)0x10010000; + int *index = (int *)0x10020000; + + int dim0 = 64; + int dim1 = 32; + int id_max = 8; + + fp_unsorted_segment_sum_p(input, output, index, dim0, dim1, id_max); + return 0; + } diff --git a/master/html/_sources/functionlib/dsplib/unstack.rst.txt b/master/html/_sources/functionlib/dsplib/unstack.rst.txt new file mode 100644 index 0000000..271b46f --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/unstack.rst.txt @@ -0,0 +1,89 @@ +Unstack +================= + + + +沿指定轴将输入张量拆分为多个子张量，输出子张量按内存顺序排列。 + +.. math:: + + output_i = input[\text{index along axis}] + \quad \text{for each slice along } axis + +输入： + - **input** - 输入张量地址。 + - **shape** - 输入张量各维度大小数组。 + - **ndim** - 输入张量维度。 + - **axis** - 拆分的维度索引。 + - **data_size** - 单个元素字节大小。 + +输出： + - **output** - 输出张量地址数组，长度等于 ``shape[axis]``。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp32, fp64, int8, int16, int32, cplx64, cplx128 + - MT7004 支持 fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void unstack_s(void* input, void* output, int* shape, int ndim, int axis, Uint32 data_size, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 17 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *input = (float *)0xA0000000; + + float *out0 = (float *)0xC0000000; + float *out1 = (float *)0xC0100000; + float *outputs[2] = {out0, out1}; + + int shape[2] = {2, 128}; + int ndim = 2; + int axis = 0; + int core_mask = 0xff; + + unstack_s(input, outputs, shape, ndim, axis, sizeof(float), core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void unstack_p(void* input, void* output, int* shape, int ndim, int axis, Uint32 data_size) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 15 + + //MT7004示例 + #include + #include + + int main(int argc, char* argv[]) { + half *input = (half *)0x10800000; + half *out0 = (half *)0x10810000; + half *out1 = (half *)0x10820000; + half *outputs[2] = {out0, out1}; + + int shape[3] = {1, 2, 64}; + int ndim = 3; + int axis = 1; + + unstack_p(input, outputs, shape, ndim, axis, sizeof(half)); + return 0; + } + diff --git a/master/html/_sources/functionlib/dsplib/where.rst.txt b/master/html/_sources/functionlib/dsplib/where.rst.txt new file mode 100644 index 0000000..62d94aa --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/where.rst.txt @@ -0,0 +1,94 @@ +Where +================= + + + +逐元素根据条件选择两个输入中的元素 + +.. math:: + + output_i = \begin{cases} + input0_i, & \text{if } condition_i \text{ is True} \\ + input1_i, & \text{if } condition_i \text{ is False} + \end{cases} + +输入： + - **input0** - 第一个输入数据地址。 + - **input1** - 第二个输入数据地址。 + - **condition** - 条件数据地址。 + - **length** - 计算长度。 + - **core_mask** - 核掩码（仅共享存储版本需要）。 + +输出： + - **output** - 计算结果地址。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持int8, int16, int32, fp16, fp32, fp64, cplx64, cplx128 + - MT7004 支持fp16, fp32, int16, int32, cplx64 + +**共享存储版本:** + +.. c:function:: void i8_where_s(int8_t* input0, int8_t* input1, bool* condition, int8_t* output, int length, int core_mask) +.. c:function:: void i16_where_s(int16_t* input0, int16_t* input1, bool* condition, int16_t* output, int length, int core_mask) +.. c:function:: void i32_where_s(int32_t* input0, int32_t* input1, bool* condition, int32_t* output, int length, int core_mask) +.. c:function:: void hp_where_s(half* input0, half* input1, bool* condition, half* output, int length, int core_mask) +.. c:function:: void fp_where_s(float* input0, float* input1, bool* condition, float* output, int length, int core_mask) +.. c:function:: void dp_where_s(double* input0, double* input1, bool* condition, double* output, int length, int core_mask) +.. c:function:: void c64_where_s(float* input0, float* input1, bool* condition, float* output, int length, int core_mask) +.. c:function:: void c128_where_s(double* input0, double* input1, bool* condition, double* output, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 11 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input0 = (float *)0xA0000000; //input0在DDR空间 + float *input1 = (float *)0xB0000000; //input1在DDR空间 + bool *condition = (bool *)0xC0000000; //condition在DDR空间 + float *output = (float *)0xD0000000; //output在DDR空间 + int length = 1000; + int core_mask = 0xff; + fp_where_s(input0, input1, condition, output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_where_p(int8_t* input0, int8_t* input1, bool* condition, int8_t* output, int length) +.. c:function:: void i16_where_p(int16_t* input0, int16_t* input1, bool* condition, int16_t* output, int length) +.. c:function:: void i32_where_p(int32_t* input0, int32_t* input1, bool* condition, int32_t* output, int length) +.. c:function:: void hp_where_p(half* input0, half* input1, bool* condition, half* output, int length) +.. c:function:: void fp_where_p(float* input0, float* input1, bool* condition, float* output, int length) +.. c:function:: void dp_where_p(double* input0, double* input1, bool* condition, double* output, int length) +.. c:function:: void c64_where_p(float* input0, float* input1, bool* condition, float* output, int length) +.. c:function:: void c128_where_p(double* input0, double* input1, bool* condition, double* output, int length) + + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + int main(int argc, char* argv[]) { + float *input0 = (float *)0x10000000; //input0在L2空间 + float *input1 = (float *)0x10001000; //input1在L2空间 + bool *condition = (bool *)0x10002000; //condition在L2空间 + float *output = (float *)0x10003000; //output在L2空间 + int length = 1000; + fp_where_p(input0, input1, condition, output, length); + return 0; + } \ No newline at end of file diff --git a/master/html/_sources/functionlib/dsplib/zeroslike.rst.txt b/master/html/_sources/functionlib/dsplib/zeroslike.rst.txt new file mode 100644 index 0000000..c54abe8 --- /dev/null +++ b/master/html/_sources/functionlib/dsplib/zeroslike.rst.txt @@ -0,0 +1,87 @@ +ZerosLike +================= + + + +将输出数组逐元素置为 0。 +该算子不依赖输入数据，仅根据给定长度与数据类型，对输出缓冲区进行清零操作，常用于初始化张量或中间结果。 + +.. math:: + + dst_i = 0 + +输入： + - **length** - 计算长度。 + - **core_mask** - 核掩码（仅适用于共享存储版本）。 + +输出： + - **output** - 输出数据地址，逐元素被置为 0。 + +支持平台： + ``FT78NE`` + ``MT7004`` + +.. note:: + - FT78NE 支持 fp, dp, int8, int16, int32, cplx64, cplx128 + - MT7004 支持 hp, fp, int16, int32, cplx64 + - 复数类型中实部与虚部均被置为 0 + +**共享存储版本:** + +.. c:function:: void i8_zerolike_s(int8_t* output, int length, int core_mask) +.. c:function:: void i16_zerolike_s(int16_t* output, int length, int core_mask) +.. c:function:: void i32_zerolike_s(int32_t* output, int length, int core_mask) +.. c:function:: void hp_zerolike_s(half* output, int length, int core_mask) +.. c:function:: void fp_zerolike_s(float* output, int length, int core_mask) +.. c:function:: void dp_zerolike_s(double* output, int length, int core_mask) +.. c:function:: void c64_zerolike_s(float* output, int length, int core_mask) +.. c:function:: void c128_zerolike_s(double* output, int length, int core_mask) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 10 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *output = (float *)0xA0000000; // output在DDR空间 + int length = 1024; + int core_mask = 0xff; + + fp_zerolike_s(output, length, core_mask); + return 0; + } + + +**私有存储版本:** + +.. c:function:: void i8_zerolike_p(int8_t* output, int length) +.. c:function:: void i16_zerolike_p(int16_t* output, int length) +.. c:function:: void i32_zerolike_p(int32_t* output, int length) +.. c:function:: void hp_zerolike_p(half* output, int length) +.. c:function:: void fp_zerolike_p(float* output, int length) +.. c:function:: void dp_zerolike_p(double* output, int length) +.. c:function:: void c64_zerolike_p(float* output, int length) +.. c:function:: void c128_zerolike_p(double* output, int length) + +**C调用示例：** + +.. code-block:: c + :linenos: + :emphasize-lines: 9 + + //FT78NE示例 + #include + #include + + int main(int argc, char* argv[]) { + float *output = (float *)0x10810000; // output在L2空间 + int length = 1024; + + fp_zerolike_p(output, length); + return 0; + } diff --git a/master/html/_sources/functionlib/rstfiles.rst.txt b/master/html/_sources/functionlib/rstfiles.rst.txt new file mode 100644 index 0000000..3282db7 --- /dev/null +++ b/master/html/_sources/functionlib/rstfiles.rst.txt @@ -0,0 +1,7 @@ +算子库支持 +========== + +.. toctree:: + :maxdepth: 2 + + dsplib/dsplib_index \ No newline at end of file diff --git a/master/html/_sources/rstfiles.rst.txt b/master/html/_sources/rstfiles.rst.txt new file mode 100644 index 0000000..84ad063 --- /dev/null +++ b/master/html/_sources/rstfiles.rst.txt @@ -0,0 +1,13 @@ +.. MindSpore Signal+ 使用手册 documentation master file, created by + sphinx-quickstart on Tue Aug 12 10:28:49 2025. + You can adapt this file completely to your liking, but it should at least + contain the root `toctree` directive. + +MindSpore Signal+ 使用手册 +========================== + + +.. toctree:: + :maxdepth: 2 + + functionlib/rstfiles diff --git a/master/html/appdevelop/ai_dsp/gray_cnn.html b/master/html/appdevelop/ai_dsp/gray_cnn.html index 2390613..17ca0e0 100644 --- a/master/html/appdevelop/ai_dsp/gray_cnn.html +++ b/master/html/appdevelop/ai_dsp/gray_cnn.html @@ -22,9 +22,7 @@ - - - + @@ -35,7 +33,7 @@ - + MindSpore Signal+ 使用手册

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利用 Sphinx 构建，使用的 diff --git a/master/html/appdevelop/ai_dsp/index.html b/master/html/appdevelop/ai_dsp/index.html index 92c9a20..50b5e66 100644 --- a/master/html/appdevelop/ai_dsp/index.html +++ b/master/html/appdevelop/ai_dsp/index.html @@ -22,9 +22,7 @@ - - - + @@ -35,7 +33,7 @@ - + MindSpore Signal+ 使用手册
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利用 Sphinx 构建，使用的 diff --git a/master/html/appdevelop/autocodegen/index.html b/master/html/appdevelop/autocodegen/index.html index 97a9ad2..524ca0b 100644 --- a/master/html/appdevelop/autocodegen/index.html +++ b/master/html/appdevelop/autocodegen/index.html @@ -21,9 +21,7 @@ - - - + @@ -34,7 +32,7 @@ - + MindSpore Signal+ 使用手册
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利用 Sphinx 构建，使用的 diff --git a/master/html/appdevelop/dsp/index.html b/master/html/appdevelop/dsp/index.html index 871b6bd..dd1d89c 100644 --- a/master/html/appdevelop/dsp/index.html +++ b/master/html/appdevelop/dsp/index.html @@ -21,9 +21,7 @@ - - - + @@ -34,7 +32,7 @@ - + MindSpore Signal+ 使用手册
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利用 Sphinx 构建，使用的 diff --git a/master/html/appdevelop/dsp/rdsar.html b/master/html/appdevelop/dsp/rdsar.html index 2438cc6..b736448 100644 --- a/master/html/appdevelop/dsp/rdsar.html +++ b/master/html/appdevelop/dsp/rdsar.html @@ -21,9 +21,7 @@ - - - + @@ -34,7 +32,7 @@ - + MindSpore Signal+ 使用手册
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利用 Sphinx 构建，使用的 diff --git a/master/html/appdevelop/index.html b/master/html/appdevelop/index.html index 84ecc90..482cd4e 100644 --- a/master/html/appdevelop/index.html +++ b/master/html/appdevelop/index.html @@ -22,9 +22,7 @@ - - - + @@ -35,7 +33,7 @@ - + MindSpore Signal+ 使用手册
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利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/custom_op/complex_abs.html b/master/html/functionlib/custom_op/complex_abs.html index 4d0b85d..78ad0a3 100644 --- a/master/html/functionlib/custom_op/complex_abs.html +++ b/master/html/functionlib/custom_op/complex_abs.html @@ -22,9 +22,7 @@ - - - + @@ -35,7 +33,7 @@ - + MindSpore Signal+ 使用手册
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利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/custom_op/fft.html b/master/html/functionlib/custom_op/fft.html index c6b66bb..00db727 100644 --- a/master/html/functionlib/custom_op/fft.html +++ b/master/html/functionlib/custom_op/fft.html @@ -22,9 +22,7 @@ - - - + @@ -35,7 +33,7 @@ - + MindSpore Signal+ 使用手册
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利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/custom_op/ifft.html b/master/html/functionlib/custom_op/ifft.html index 9dacbed..9d94c40 100644 --- a/master/html/functionlib/custom_op/ifft.html +++ b/master/html/functionlib/custom_op/ifft.html @@ -22,9 +22,7 @@ - - - + @@ -35,7 +33,7 @@ - + MindSpore Signal+ 使用手册
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+

© 版权所有 2025 - 2026, NUDT-674。

利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/custom_op/index.html b/master/html/functionlib/custom_op/index.html index 4d3affd..8d9d78d 100644 --- a/master/html/functionlib/custom_op/index.html +++ b/master/html/functionlib/custom_op/index.html @@ -22,9 +22,7 @@ - - - + @@ -35,7 +33,7 @@ - + MindSpore Signal+ 使用手册
@@ -46,21 +44,8 @@
@@ -69,15 +54,14 @@
-
@@ -112,15 +277,15 @@
    -
    • -
  • 算子库支持
    • +
    • +
  • 算子库支持
  • DSP Library C API Reference
  • Activation
  • @@ -151,7 +316,7 @@

  • Clip - 将输入裁剪到区间 [min_val, max_val]

    -\[output_i = \min(\max(input_i, \text{min_val}), \text{max_val})\]
    +\[output_i = \min(\max(input_i, \text{min\_val}), \text{max\_val})\]

  • LRelu - 带泄露的线性整流单元（Leaky Rectified Linear Unit），它在输入为正时保持线性，在输入为负时也保留一个很小的斜率，以避免标准 ReLU 中的“死亡神经元”问题。

    @@ -227,7 +392,7 @@ input_i \,\Phi(input_i)
    \[\begin{split}output_i = \begin{cases} - input_i, & input_i \gt 88.0 \\ + input_i, & input_i > 88.0 \\ \ln(1 + e^{input_i}), & \text{otherwise} \end{cases}\end{split}\]
    @@ -237,7 +402,7 @@ input_i \,\Phi(input_i)
    \[\begin{split}output_i = \begin{cases} - input_i, & input_i \ge 0 \\ + input_i, & input_i >= 0 \\ \alpha (e^{input_i} - 1), & input_i < 0 \end{cases}\end{split}\]
    @@ -248,7 +413,7 @@ input_i \,\Phi(input_i)
    \[\begin{split}output_i = \begin{cases} -input_i, & input_i \ge 0 \\ +input_i, & input_i >= 0 \\ \alpha (e^{\frac{input_i}{alpha}} - 1), & input_i < 0 \end{cases}\end{split}\]

    其中 \(\alpha\) 为可调超参数，用于控制负区间的平滑程度。

    @@ -864,7 +1029,7 @@ input_i + \lambda, & \text{if } input_i < -\lambda \\
    -

    © 版权所有 2025 - 2025, NUDT-674。

    +

    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/activation_grad.html b/master/html/functionlib/dsplib/activation_grad.html new file mode 100644 index 0000000..bed1682 --- /dev/null +++ b/master/html/functionlib/dsplib/activation_grad.html @@ -0,0 +1,542 @@ + + + + + + + + + ActivationGrad — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    ActivationGrad

    +

    激活函数梯度计算算子系列。该系列算子根据激活函数的输入（或输出）以及上一层传回的梯度，计算并输出当前层的梯度。

    +
    +\[\text{通用公式:}\quad dst_i = src0_i \cdot f'(src1_i)\]
    +

    其中 \(src0\) 为梯度输入（Output Gradient），\(src1\) 为激活函数的原始输入或输出（取决于具体激活函数类型），\(f'\) 为激活函数的导数。

    +
    +
    包含算子列表：
      +

    • ReluGrad: ReLU 激活梯度。

      • +

    • Relu6Grad: ReLU6 激活梯度。

      • +

    • LeakyReluGrad (l_relu_grad): Leaky ReLU 激活梯度，需传入参数 alpha。

      • +

    • SigmoidGrad: Sigmoid 激活梯度。

      • +

    • TanhGrad: Tanh 激活梯度。

      • +

    • HSigmoidGrad: Hard Sigmoid 激活梯度。

      • +

    • HSwishGrad: Hard Swish 激活梯度。

      • +

    • GeluGrad: GELU 激活梯度。

      • +

    • EluGrad: ELU 激活梯度，需传入参数 alpha。

      • +

    • SoftplusGrad: Softplus 激活梯度。

      • +

    • HardShrinkGrad: Hard Shrink 激活梯度，需传入参数 lambd。

      • +

    • SoftshrinkGrad: Softshrink 激活梯度，需传入参数 lambd。

      • +
    +
    +
    输入：
      +

    • src0 - 梯度输入数据地址。

      • +

    • src1 - 原始输入/输出数据地址。

      • +

    • length - 计算长度。

      • +

    • alpha / lambd (float, 可选) - 特定激活函数所需的系数。

      • +

    • core_mask (int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • dst - 梯度计算结果输出地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 仅支持 fp32。

      • +

    • MT7004 支持 fp32, fp16。

      • +

    • 对于不同的算子，src1 的含义可能不同（例如 SigmoidGrad 通常使用前向传播的输出作为 src1，而 ReluGrad 使用前向传播的输入作为 src1），需确保上层传入地址正确。

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_relu_grad_s(float *src0, float *src1, float *dst, int length, int core_mask)
    +
    + +
    +
    +void hp_relu_grad_s(half *src0, half *src1, half *dst, int length, int core_mask)
    +
    + +
    +
    +void fp_relu6_grad_s(float *src0, float *src1, float *dst, int length, int core_mask)
    +
    + +
    +
    +void fp_l_relu_grad_s(float *src0, float *src1, float *dst, int length, float alpha, int core_mask)
    +
    + +
    +
    +void fp_sigmoid_grad_s(float *src0, float *src1, float *dst, int length, int core_mask)
    +
    + +
    +
    +void fp_tanh_grad_s(float *src0, float *src1, float *dst, int length, int core_mask)
    +
    + +
    +
    +void fp_h_sigmoid_grad_s(float *src0, float *src1, float *dst, int length, int core_mask)
    +
    + +
    +
    +void fp_h_swish_grad_s(float *src0, float *src1, float *dst, int length, int core_mask)
    +
    + +
    +
    +void fp_gelu_grad_s(float *src0, float *src1, float *dst, int length, int core_mask)
    +
    + +
    +
    +void fp_elu_grad_s(float *src0, float *src1, float *dst, int length, float alpha, int core_mask)
    +
    + +
    +
    +void fp_softplus_grad_s(float *src0, float *src1, float *dst, int length, int core_mask)
    +
    + +
    +
    +void fp_hard_shrink_grad_s(float *src0, float *src1, float *dst, int length, float lambd, int core_mask)
    +
    + +
    +
    +void fp_softshrink_grad_s(float *src0, float *src1, float *dst, int length, float lambd, int core_mask)
    +

    C调用示例：

    +
     1//FT78NE示例（共享存储）
+ 2#include <stdio.h>
+ 3#include "78NE/utils.h"
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *src0 = (float *)0xA0000000;   // 梯度输入在共享存储
+ 7    float *src1 = (float *)0xA1000000;   // 原始数据在共享存储
+ 8    float *dst  = (float *)0xB0000000;   // 结果输出到共享存储
+ 9    int length = 1024;
+10    int core_mask = 0xff;
+11    fp_relu_grad_s(src0, src1, dst, length, core_mask);
+12    return 0;
+13}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void fp_relu_grad_p(float *src0, float *src1, float *dst, int length)
    +
    + +
    +
    +void hp_relu_grad_p(half *src0, half *src1, half *dst, int length)
    +
    + +
    +
    +void fp_relu6_grad_p(float *src0, float *src1, float *dst, int length)
    +
    + +
    +
    +void fp_l_relu_grad_p(float *src0, float *src1, float *dst, int length, float alpha)
    +
    + +
    +
    +void fp_sigmoid_grad_p(float *src0, float *src1, float *dst, int length)
    +
    + +
    +
    +void fp_tanh_grad_p(float *src0, float *src1, float *dst, int length)
    +
    + +
    +
    +void fp_h_sigmoid_grad_p(float *src0, float *src1, float *dst, int length)
    +
    + +
    +
    +void fp_h_swish_grad_p(float *src0, float *src1, float *dst, int length)
    +
    + +
    +
    +void fp_gelu_grad_p(float *src0, float *src1, float *dst, int length)
    +
    + +
    +
    +void fp_elu_grad_p(float *src0, float *src1, float *dst, int length, float alpha)
    +
    + +
    +
    +void fp_softplus_grad_p(float *src0, float *src1, float *dst, int length)
    +
    + +
    +
    +void fp_hard_shrink_grad_p(float *src0, float *src1, float *dst, int length, float lambd)
    +
    + +
    +
    +void fp_softshrink_grad_p(float *src0, float *src1, float *dst, int length, float lambd)
    +

    C调用示例：

    +
     1//MT7004 示例
+ 2#include <stdio.h>
+ 3
+ 4int main(int argc, char* argv[]) {
+ 5    float *src0 = (float *)0x10000000;   // 私有存储空间地址
+ 6    float *src1 = (float *)0x10001000;
+ 7    float *dst  = (float *)0x10002000;
+ 8    int length = 139;
+ 9    float alpha = 0.01f;
+10    fp_l_relu_grad_p(src0, src1, dst, length, alpha);
+11    return 0;
+12}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/adam.html b/master/html/functionlib/dsplib/adam.html new file mode 100644 index 0000000..f6827e7 --- /dev/null +++ b/master/html/functionlib/dsplib/adam.html @@ -0,0 +1,454 @@ + + + + + + + + + Adam — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Adam

    +
    +

    使用 Adam 算法更新参数权重。支持 Nesterov 动量。

    +

    算法逻辑如下：

    +
    +\[\begin{split}m_t = m_{t-1} + (g_t - m_{t-1}) \cdot (1 - \beta_1) \\ +v_t = v_{t-1} + (g_t^2 - v_{t-1}) \cdot (1 - \beta_2) \\ +\hat{lr} = lr \cdot \frac{\sqrt{1 - \beta_2^t}}{1 - \beta_1^t}\end{split}\]
    +

    如果不启用 Nesterov：

    +
    +\[w_t = w_{t-1} - \hat{lr} \cdot \frac{m_t}{\sqrt{v_t} + \epsilon}\]
    +

    如果启用 Nesterov：

    +
    +\[w_t = w_{t-1} - \hat{lr} \cdot \frac{m_t \cdot \beta_1 + (1 - \beta_1) \cdot g_t}{\sqrt{v_t} + \epsilon}\]
    +
    +
    输入：
      +

    • m - 一阶矩向量地址（输入/输出）。

      • +

    • v - 二阶矩向量地址（输入/输出）。

      • +

    • gradient - 梯度向量地址。

      • +

    • weight - 权重向量地址（输入/输出）。

      • +

    • beta1 - 一阶矩估计的指数衰减率。

      • +

    • beta2 - 二阶矩估计的指数衰减率。

      • +

    • beta1_power - \(\beta_1^t\) 的值（指针形式传入）。

      • +

    • beta2_power - \(\beta_2^t\) 的值（指针形式传入）。

      • +

    • eps - 数值稳定性项 epsilon。

      • +

    • learning_rate - 学习率。

      • +

    • nesterov - 是否启用 Nesterov 动量（0: 不启用, 1: 启用）。

      • +

    • start - 计算的起始索引（包含）。

      • +

    • end - 计算的结束索引（不包含）。

      • +

    • core_mask - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • m - 更新后的一阶矩。

      • +

    • v - 更新后的二阶矩。

      • +

    • weight - 更新后的权重。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • 仅支持 fp32 数据类型。

      • +
    +
    +
    +

    共享存储版本:

    +
    +
    +void fp_adam_s(float *m, float *v, const float *gradient, float *weight, float beta1, float beta2, float *beta1_power, float *beta2_power, float eps, float learning_rate, int nesterov, int start, int end, int core_mask)
    +

    C调用示例：

    +
     1#include <stdio.h>
+ 2
+ 3int main(int argc, char* argv[]) {
+ 4    // 假设所有数据均位于DDR空间
+ 5    float* m = (float*)0xC0000000;
+ 6    float* v = (float*)0xC1000000;
+ 7    float* gradient = (float*)0xC2000000;
+ 8    float* weight = (float*)0xC3000000;
+ 9
+10    // 标量参数
+11    float beta1 = 0.9f;
+12    float beta2 = 0.999f;
+13    float beta1_power_val = 0.9f;   // beta1^1
+14    float beta2_power_val = 0.999f; // beta2^1
+15    float* beta1_power = &beta1_power_val;
+16    float* beta2_power = &beta2_power_val;
+17    float eps = 1e-8f;
+18    float learning_rate = 0.001f;
+19    int nesterov = 1;
+20
+21    int start = 0;
+22    int end = 800000; // 元素总数
+23    int core_mask = 0xff; // 使用所有核心
+24
+25    fp_adam_s(m, v, gradient, weight, beta1, beta2, beta1_power, beta2_power,
+26              eps, learning_rate, nesterov, start, end, core_mask);
+27
+28    return 0;
+29}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void fp_adam_p(float *m, float *v, const float *gradient, float *weight, float beta1, float beta2, float *beta1_power, float *beta2_power, float eps, float learning_rate, int nesterov, int start, int end)
    +

    C调用示例：

    +
     1#include <stdio.h>
+ 2
+ 3int main(int argc, char* argv[]) {
+ 4    // 假设所有数据均位于L2/AM空间
+ 5    float* m = (float*)0x10820000;
+ 6    float* v = (float*)0x10830000;
+ 7    float* gradient = (float*)0x10840000;
+ 8    float* weight = (float*)0x10850000;
+ 9
+10    float beta1 = 0.9f;
+11    float beta2 = 0.999f;
+12    float beta1_power_val = 0.9f;
+13    float beta2_power_val = 0.999f;
+14    float eps = 1e-8f;
+15    float learning_rate = 0.001f;
+16    int nesterov = 0;
+17    int start = 0;
+18    int end = 2000;
+19
+20    fp_adam_p(m, v, gradient, weight, beta1, beta2, &beta1_power_val, &beta2_power_val,
+21              eps, learning_rate, nesterov, start, end);
+22
+23    return 0;
+24}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/adamweightdecay.html b/master/html/functionlib/dsplib/adamweightdecay.html index 2bbd947..c5e4762 100644 --- a/master/html/functionlib/dsplib/adamweightdecay.html +++ b/master/html/functionlib/dsplib/adamweightdecay.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
    @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • AdamWeightDecay
    • @@ -204,9 +369,9 @@ var_t &= var_{t-1} - lr \cdot (\hat{m}_t + decay \cdot var_{t-1}) 15 float epsilon = 1e-8f; 16 float decay = 1e-2f; 17 fp_adamweightdecay_s(var, m, v, gradient, lr, -18 beta1, beta2, epsilon, decay, -19 start, end, core_mask); -20 return 0; +18 beta1, beta2, epsilon, decay, +19 start, end, core_mask); +20 return 0; 21}
    @@ -237,9 +402,9 @@ var_t &= var_{t-1} - lr \cdot (\hat{m}_t + decay \cdot var_{t-1}) 13 float epsilon = 1e-6f; 14 float decay = 5e-3f; 15 hp_adamweightdecay_p(var, m, v, gradient, lr, -16 beta1, beta2, epsilon, decay, -17 length); -18 return 0; +16 beta1, beta2, epsilon, decay, +17 length); +18 return 0; 19}
    • @@ -258,7 +423,7 @@ var_t &= var_{t-1} - lr \cdot (\hat{m}_t + decay \cdot var_{t-1})
    -

    © 版权所有 2025 - 2025, NUDT-674。

    +

    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/adder.html b/master/html/functionlib/dsplib/adder.html index 54116a2..389f38a 100644 --- a/master/html/functionlib/dsplib/adder.html +++ b/master/html/functionlib/dsplib/adder.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
    @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • ApplyMomentum
    • @@ -200,9 +365,9 @@ weight_t &= weight_{t-1} - learning\_rate \cdot update_t 13 float moment = 0.99f; 14 bool nesterov = false; 15 fp_applymomentum_s(weight, accumulate, gradient, -16 learning_rate, moment, nesterov, -17 start, end, core_mask); -18 return 0; +16 learning_rate, moment, nesterov, +17 start, end, core_mask); +18 return 0; 19}
    @@ -231,9 +396,9 @@ weight_t &= weight_{t-1} - learning\_rate \cdot update_t 11 float moment = 0.9f; 12 bool nesterov = true; 13 hp_applymomentum_p(weight, accumulate, gradient, -14 learning_rate, moment, nesterov, -15 length); -16 return 0; +14 learning_rate, moment, nesterov, +15 length); +16 return 0; 17}
    @@ -252,7 +417,7 @@ weight_t &= weight_{t-1} - learning\_rate \cdot update_t
    -

    © 版权所有 2025 - 2025, NUDT-674。

    +

    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/argmax.html b/master/html/functionlib/dsplib/argmax.html new file mode 100644 index 0000000..001fe61 --- /dev/null +++ b/master/html/functionlib/dsplib/argmax.html @@ -0,0 +1,446 @@ + + + + + + + + + Argmax — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Argmax

    +

    沿指定轴查找最大 topk 个值的索引。当 topk=1 时，该算子等价于 ArgMax。

    +
    +\[Y_i = \underset{k}{\operatorname{argmax}} (X_{slice_i})\]
    +

    其中 \(X_{slice_i}\) 是输入张量中沿指定轴的一个切片，函数返回该切片中最大值的索引 \(k\)。

    +
    +
    输入：
      +

    • input - 输入数据地址。

      • +

    • output - 输出索引的数据地址，数据类型通常为int32。

      • +

    • output_value - (可选) 输出值的数据地址。

      • +

    • in_shape - 输入张量的维度信息数组。

      • +

    • in_strides - 输入张量的步长信息数组。

      • +

    • out_strides - 输出张量的步长信息数组。

      • +

    • arg_elements - 用于存放候选值的临时工作空间地址。

      • +

    • index - 用于存放候选索引的临时工作空间地址。

      • +

    • topk - 需要查找的最大值的数量。设置为1以执行ArgMax操作。

      • +

    • out_value - 是否返回数值的标志。若为非0，则 output_value 必须提供有效地址。

      • +

    • input_shape_size - 输入张量的维度数 (即 in_shape 数组的长度)。

      • +

    • axis - 执行查找操作的轴。

      • +

    • core_mask - 核掩码。

      • +
    +
    +
    输出：
      +

    • output - 存储索引的输出张量。

      • +

    • output_value - 如果 return_values 为 true，则此处存储找到的值。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持fp32

      • +

    • MT7004 支持fp16, fp32

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_argmax_s(float *input, void *output, float *output_value, int32_t *in_shape, int *in_strides, int *out_strides, float *arg_elements, int *index, int topk, int out_value, int input_shape_size, int axis, int core_mask)
    +
    + +
    +
    +void hp_argmax_s(half *input, void *output, half *output_value, int32_t *in_shape, int *in_strides, int *out_strides, half *arg_elements, int *index, int topk, int out_value, int input_shape_size, int axis, int core_mask)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <argmax.h>
+ 4int main(int argc, char* argv[]) {
+ 5    float *input = (float *)0xA0000000;          // input在DDR空间
+ 6    int *output = (int *)0xB0000000;             // output indices
+ 7    float *output_value = (float *)0xC0000000;     // output values
+ 8    float *arg_elements = (float *)0xD0000000;   // temp workspace 1
+ 9    int *index = (int *)0xE0000000;               // temp workspace 2
+10
+11    int in_shape[] = {2, 3, 4};                  // input shape: (2, 3, 4)
+12    int in_strides[] = {12, 4, 1};               // input strides for contiguous layout
+13    int out_strides[] = {4, 1};                  // output strides, shape is (2, 4)
+14    int input_shape_size = 3;
+15
+16    int axis = 1;                                // 沿第1轴操作
+17    int topk = 1;                                // ArgMax
+18    int out_value = 1;                           // 同时返回值
+19    int core_mask = 0xff;
+20
+21    fp_argmax_s(input, output, output_value, in_shape, in_strides, out_strides, arg_elements, index, topk, out_value, input_shape_size, axis, core_mask);
+22    return 0;
+23}
+
    +
    +

    私有存储版本:

    +
    +
    +void fp_argmax_p(float *input, void *output, float *output_value, int32_t *in_shape, int *in_strides, int *out_strides, float *arg_elements, int *index, int topk, int out_value, int input_shape_size, int axis)
    +
    + +
    +
    +void hp_argmax_p(half *input, void *output, half *output_value, int32_t *in_shape, int *in_strides, int *out_strides, half *arg_elements, int *index, int topk, int out_value, int input_shape_size, int axis)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <argmax.h>
+ 4int main(int argc, char* argv[]) {
+ 5    float *input = (float *)0x10001000;          // input在DDR空间
+ 6    int *output = (int *)0x10002000;             // output indices
+ 7    float *output_value = (float *)0x10003000;     // output values
+ 8    float *arg_elements = (float *)0x10004000;   // temp workspace 1
+ 9    int *index = (int *)0x10005000;               // temp workspace 2
+10
+11    int in_shape[] = {2, 3, 4};                  // input shape: (2, 3, 4)
+12    int in_strides[] = {12, 4, 1};               // input strides for contiguous layout
+13    int out_strides[] = {4, 1};                  // output strides, shape is (2, 4)
+14    int input_shape_size = 3;
+15
+16    int axis = 1;                                // 沿第1轴操作
+17    int topk = 1;                                // ArgMax
+18    int out_value = 1;                           // 同时返回值
+19
+20    fp_argmax_p(input, output, output_value, in_shape, in_strides, out_strides,
+21                arg_elements, index, topk, out_value, input_shape_size, axis);
+22    return 0;
+23}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/argmin.html b/master/html/functionlib/dsplib/argmin.html new file mode 100644 index 0000000..9de45d1 --- /dev/null +++ b/master/html/functionlib/dsplib/argmin.html @@ -0,0 +1,447 @@ + + + + + + + + + Argmin — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Argmin

    +

    沿指定轴查找最小 topk 个值的索引。当 topk=1 时，该算子等价于 ArgMin。

    +
    +\[Y_i = \underset{k}{\operatorname{argmin}} (X_{slice_i})\]
    +

    其中 \(X_{slice_i}\) 是输入张量中沿指定轴的一个切片，函数返回该切片中最小值的索引 \(k\)。

    +
    +
    输入：
      +

    • input - 输入数据地址。

      • +

    • output - 输出索引的数据地址，数据类型通常为int32。

      • +

    • output_value - (可选) 输出值的数据地址。

      • +

    • in_shape - 输入张量的维度信息数组。

      • +

    • in_strides - 输入张量的步长信息数组。

      • +

    • out_strides - 输出张量的步长信息数组。

      • +

    • arg_elements - 用于存放候选值的临时工作空间地址。

      • +

    • index - 用于存放候选索引的临时工作空间地址。

      • +

    • topk - 需要查找的最小值的数量。设置为1以执行ArgMin操作。

      • +

    • out_value - 是否返回数值的标志。若为非0，则 output_value 必须提供有效地址。

      • +

    • input_shape_size - 输入张量的维度数 (即 in_shape 数组的长度)。

      • +

    • axis - 执行查找操作的轴。

      • +

    • core_mask - 核掩码。

      • +
    +
    +
    输出：
      +

    • output - 存储索引的输出张量。

      • +

    • output_value - 如果 return_values 为 true，则此处存储找到的值。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持fp32

      • +

    • MT7004 支持fp16, fp32

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_argmin_s(float *input, void *output, float *output_value, int *in_shape, int *in_strides, int *out_strides, float *arg_elements, int *index, int topk, int out_value, int input_shape_size, int axis, int core_mask)
    +
    + +
    +
    +void hp_argmin_s(half *input, void *output, half *output_value, int *in_shape, int *in_strides, int *out_strides, half *arg_elements, int *index, int topk, int out_value, int input_shape_size, int axis, int core_mask)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <argmin.h>
+ 4int main(int argc, char* argv[]) {
+ 5    float *input = (float *)0xA0000000;          // input在DDR空间
+ 6    int *output = (int *)0xB0000000;             // output indices
+ 7    float *output_value = (float *)0xC0000000;     // output values
+ 8    float *arg_elements = (float *)0xD0000000;   // temp workspace 1
+ 9    int *index = (int *)0xE0000000;               // temp workspace 2
+10
+11    int in_shape[] = {2, 3, 4};                  // input shape: (2, 3, 4)
+12    int in_strides[] = {12, 4, 1};               // input strides for contiguous layout
+13    int out_strides[] = {4, 1};                  // output strides, shape is (2, 4)
+14    int input_shape_size = 3;
+15
+16    int axis = 1;                                // 沿第1轴操作
+17    int topk = 1;                                // ArgMax
+18    int out_value = 1;                           // 同时返回值
+19    int core_mask = 0xff;
+20
+21    fp_argmin_s(input, output, output_value, in_shape, in_strides, out_strides,
+22                arg_elements, index, topk, out_value, input_shape_size, axis, core_mask);
+23    return 0;
+24}
+
    +
    +

    私有存储版本:

    +
    +
    +void fp_argmin_p(float *input, void *output, float *output_value, int32_t *in_shape, int *in_strides, int *out_strides, float *arg_elements, int *index, int topk, int out_value, int input_shape_size, int axis)
    +
    + +
    +
    +void hp_argmin_p(half *input, void *output, half *output_value, int32_t *in_shape, int *in_strides, int *out_strides, half *arg_elements, int *index, int topk, int out_value, int input_shape_size, int axis)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <argmin.h>
+ 4int main(int argc, char* argv[]) {
+ 5    float *input = (float *)0x10001000;          // input在DDR空间
+ 6    int *output = (int *)0x10002000;             // output indices
+ 7    float *output_value = (float *)0x10003000;     // output values
+ 8    float *arg_elements = (float *)0x10004000;   // temp workspace 1
+ 9    int *index = (int *)0x10005000;               // temp workspace 2
+10
+11    int in_shape[] = {2, 3, 4};                  // input shape: (2, 3, 4)
+12    int in_strides[] = {12, 4, 1};               // input strides for contiguous layout
+13    int out_strides[] = {4, 1};                  // output strides, shape is (2, 4)
+14    int input_shape_size = 3;
+15
+16    int axis = 1;                                // 沿第1轴操作
+17    int topk = 1;                                // ArgMin
+18    int out_value = 1;                           // 同时返回值
+19
+20    fp_argmin_p(input, output, output_value, in_shape, in_strides, out_strides,
+21                arg_elements, index, topk, out_value, input_shape_size, axis);
+22    return 0;
+23}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/assert.html b/master/html/functionlib/dsplib/assert.html index 6f2d34a..939ea2c 100644 --- a/master/html/functionlib/dsplib/assert.html +++ b/master/html/functionlib/dsplib/assert.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
    @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
    @@ -112,15 +277,15 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • AvgPoolingGrad
    • @@ -204,12 +369,12 @@ 18 int window_h = 2; 19 int core_mask = 0xff; 20 fp_avgpoolinggrad_s(input, output, batch, output_h, output_w, -21 channel, input_w, input_h, -22 stride_w, stride_h, -23 pad_l, pad_u, -24 window_w, window_h, -25 core_mask); -26 return 0; +21 channel, input_w, input_h, +22 stride_w, stride_h, +23 pad_l, pad_u, +24 window_w, window_h, +25 core_mask); +26 return 0; 27}
    @@ -246,12 +411,12 @@ 19 int start_idx = 0; 20 int end_idx = batch * output_h * output_w * channel; 21 hp_avgpoolinggrad_p(input, output, batch, output_h, output_w, -22 channel, input_w, input_h, -23 stride_w, stride_h, -24 pad_l, pad_u, -25 window_w, window_h, -26 start_idx, end_idx); -27 return 0; +22 channel, input_w, input_h, +23 stride_w, stride_h, +24 pad_l, pad_u, +25 window_w, window_h, +26 start_idx, end_idx); +27 return 0; 28}
    @@ -270,7 +435,7 @@
    -

    © 版权所有 2025 - 2025, NUDT-674。

    +

    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/batchnorm.html b/master/html/functionlib/dsplib/batchnorm.html new file mode 100644 index 0000000..a9efeea --- /dev/null +++ b/master/html/functionlib/dsplib/batchnorm.html @@ -0,0 +1,444 @@ + + + + + + + + + BatchNorm — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    BatchNorm

    +

    对输入数组按通道执行批归一化（Batch Normalization）计算。 +该算子使用给定的均值与方差对输入进行标准化，并通过 epsilon 保证数值稳定性。

    +
    +\[dst_{i,j} = \frac{src_{i,j} - mean_j}{\sqrt{variance_j + \epsilon}}\]
    +

    其中：

    +
      +

    • \(i\) 表示第 unit 个样本

      • +

    • \(j\) 表示通道索引

      • +

    • \(mean_j\)、\(variance_j\) 为第 \(j\) 个通道的统计量

      • +
    +

    对于 int8 类型输入，内部以浮点方式计算，最终结果按实现规则取整并输出为 int8。

    +
    +
    输入：
      +

    • input - 输入数据地址，形状为 [unit, channel]。

      • +

    • mean - 均值数组地址，长度为 channel。

      • +

    • variance - 方差数组地址，长度为 channel。

      • +

    • unit - 样本数（或展开后的空间维度）。

      • +

    • channel - 通道数。

      • +

    • epsilon - 数值稳定因子。

      • +

    • core_mask - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 批归一化后的输出数据地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持 int8、fp32 类型

      • +

    • MT7004 支持 fp16、fp32 类型

      • +

    • 当前实现不包含 scale 与 bias，仅执行标准化操作

      • +
    +
    +

    共享存储版本:

    +
    +
    +void i8_batchnorm_s(int8_t *input, int8_t *output, float *mean, float *variance, int unit, int channel, float epsilon, int core_mask)
    +
    + +
    +
    +void fp_batchnorm_s(float *input, float *output, float *mean, float *variance, int unit, int channel, float epsilon, int core_mask)
    +
    + +
    +
    +void hp_batchnorm_s(half *input, half *output, float *mean, float *variance, int unit, int channel, float epsilon, int core_mask)
    +
    + +

    C调用示例：

    +
     1// FT78NE 示例
+ 2#include <stdio.h>
+ 3#include <batchnorm.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    int8_t *input  = (int8_t *)0xA0000000;   // input 在 DDR 空间
+ 7    int8_t *output = (int8_t *)0xC0000000;
+ 8    float *mean    = (float *)0xA1000000;
+ 9    float *var     = (float *)0xA2000000;
+10    int unit = 128;
+11    int channel = 64;
+12    float epsilon = 1e-5f;
+13    int core_mask = 0xff;
+14
+15    i8_batchnorm_s(input, output, mean, var, unit, channel, epsilon, core_mask);
+16    return 0;
+17}
+
    +
    +

    私有存储版本:

    +
    +
    +void i8_batchnorm_p(int8_t *input, int8_t *output, float *mean, float *variance, int unit, int channel, float epsilon)
    +
    + +
    +
    +void fp_batchnorm_p(float *input, float *output, float *mean, float *variance, int unit, int channel, float epsilon)
    +
    + +
    +
    +void hp_batchnorm_p(half *input, half *output, float *mean, float *variance, int unit, int channel, float epsilon)
    +
    + +

    C调用示例：

    +
     1// FT78NE 示例
+ 2#include <stdio.h>
+ 3#include <batchnorm.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    int8_t *input  = (int8_t *)0x10810000;   // input 在 L2 空间
+ 7    int8_t *output = (int8_t *)0x10820000;
+ 8    float *mean    = (float *)0x10830000;
+ 9    float *var     = (float *)0x10840000;
+10    int unit = 128;
+11    int channel = 64;
+12    float epsilon = 1e-5f;
+13
+14    i8_batchnorm_p(input, output, mean, var, unit, channel, epsilon);
+15    return 0;
+16}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/batchnormgrad.html b/master/html/functionlib/dsplib/batchnormgrad.html new file mode 100644 index 0000000..7a098b5 --- /dev/null +++ b/master/html/functionlib/dsplib/batchnormgrad.html @@ -0,0 +1,445 @@ + + + + + + + + + Batchnormgrad — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Batchnormgrad

    +

    逐元素计算加法梯度

    +

    计算批标准化 (Batch Normalization) 的梯度。

    +

    该算子计算损失函数 L 分别对输入 x、缩放因子 scale (γ) 和偏置 bias (β) 的梯度。其中 bias 的梯度为 dbias。

    +
    +\[\begin{split}dscale(\gamma) &= \sum_{i=1}^{m} dy_i \cdot \hat{x}_i \\ +dbias(\beta) &= \sum_{i=1}^{m} dy_i\end{split}\]
    +
    +\[dx_i = \frac{\gamma}{m\sqrt{\sigma^2 + \epsilon}} \left[ m \cdot dy_i - \sum_{j=1}^{m}dy_j - \hat{x}_i \sum_{j=1}^{m}dy_j \hat{x}_j \right]\]
    +

    其中 \(m\) 是批处理大小 (batch)，\(\hat{x}\) 是归一化后的 \(x\)。

    +
    +
    输入：
      +

    • x - 前向传播时的输入张量。

      • +

    • dy - 来自后一层的上游梯度。

      • +

    • mean - 前向传播时计算的均值。

      • +

    • invar - 前向传播时计算的逆方差 (1 / sqrt(variance + epsilon))。

      • +

    • scale - 前向传播时使用的缩放因子 (gamma, γ)。

      • +

    • batch - 批处理大小。

      • +

    • channel - 通道数。

      • +

    • is_train - 是否为训练模式。梯度计算通常在训练时进行。

      • +

    • core_mask - 核掩码。

      • +
    +
    +
    输出：
      +

    • dx - 对输入 x 的梯度。

      • +

    • dbias - 对偏置 bias (β) 的梯度。

      • +

    • dscale - 对缩放因子 scale (γ) 的梯度。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持fp32

      • +

    • MT7004 支持fp16, fp32

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_batchnormgrad_s(float *x, float *dy, float *mean, float *invar, float *scale, int batch, int channel, int is_train, float *dx, float *dbias, float *dscale, int core_mask)
    +
    + +
    +
    +void hp_batchnormgrad_s(half *x, half *dy, half *mean, half *invar, half *scale, int batch, int channel, int is_train, half *dx, half *dbias, half *dscale, int core_mask)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <batchnormgrad.h>
+ 4int main(int argc, char* argv[]) {
+ 5    float *x = (float *)0xA0000000;          // forward input x
+ 6    float *dy = (float *)0xB0000000;         // upstream gradient dy
+ 7    float *mean = (float *)0xC0000000;       // forward mean
+ 8    float *invar = (float *)0xD0000000;      // forward inverse variance
+ 9    float *scale = (float *)0xE0000000;      // forward scale (gamma)
+10
+11    float *dx = (float *)0xA1000000;         // output gradient dx
+12    float *dbias = (float *)0xB1000000;      // output gradient dbias
+13    float *dscale = (float *)0xC1000000;     // output gradient dscale
+14
+15    int batch = 4;
+16    int channel = 64;
+17    int is_train = true;
+18    int core_mask = 0xff;
+19
+20    fp_batchnormgrad_s(x, dy, mean, invar, scale, batch, channel, is_train, dx, dbias, dscale, core_mask);
+21    return 0;
+22}
+
    +
    +

    私有存储版本:

    +
    +
    +void fp_batchnormgrad_p(float *x, float *dy, float *mean, float *invar, float *scale, int batch, int channel, int is_train, float *dx, float *dbias, float *dscale)
    +
    + +
    +
    +void hp_batchnormgrad_p(half *x, half *dy, half *mean, half *invar, half *scale, int batch, int channel, int is_train, half *dx, half *dbias, half *dscale)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <batchnormgrad.h>
+ 4int main(int argc, char* argv[]) {
+ 5    float *x = (float *)0x10000000;          // forward input x in L2 space
+ 6    float *dy = (float *)0x10100000;         // upstream gradient dy
+ 7    float *mean = (float *)0x10200000;       // forward mean
+ 8    float *invar = (float *)0x10300000;      // forward inverse variance
+ 9    float *scale = (float *)0x10400000;      // forward scale (gamma)
+10
+11    float *dx = (float *)0x10500000;         // output gradient dx
+12    float *dbias = (float *)0x10600000;      // output gradient dbias
+13    float *dscale = (float *)0x10700000;     // output gradient dscale
+14
+15    int batch = 4;
+16    int channel = 32;
+17    int is_train = true;
+18
+19    fp_batchnormgrad_p(x, dy, mean, invar, scale, batch, channel, is_train, dx, dbias, dscale);
+20    return 0;
+21}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/batchtospace.html b/master/html/functionlib/dsplib/batchtospace.html index 1734c10..8e9df43 100644 --- a/master/html/functionlib/dsplib/batchtospace.html +++ b/master/html/functionlib/dsplib/batchtospace.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
    @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • BatchToSpace
    • @@ -295,7 +460,7 @@ W_{\text{out}} &= b_w \times W - c_{\text{left}} - c_{\text{right}}, \\
      -

      © 版权所有 2025 - 2025, NUDT-674。

      +

      © 版权所有 2025 - 2026, NUDT-674。

      利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/batchtospacend.html b/master/html/functionlib/dsplib/batchtospacend.html index 3998a3d..db736db 100644 --- a/master/html/functionlib/dsplib/batchtospacend.html +++ b/master/html/functionlib/dsplib/batchtospacend.html @@ -34,7 +34,7 @@ - + MindSpore Signal+ 使用手册
      @@ -46,11 +46,7 @@
    @@ -111,15 +276,15 @@
    @@ -111,15 +276,15 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • Conv2d
    • @@ -144,7 +309,7 @@

    • \(j\) 对应输出通道，其范围为 \([0, C_{out}-1]\)，其中 \(C_{out}\) 为输出通道数，该值也等于卷积核的个数。

    • \(k\) 对应输入通道数，其范围为 \([0, C_{in}-1]\)，其中 \(C_{in}\) 为输入通道数，该值也等于卷积核的通道数。

    -

    因此，上面的公式中，\(bias(C_{out_j})\) 为第 \(j\) 个输出通道的偏置，\(weight(C_{out_j}, k)\) 表示第 \(j\) 个卷积核在第 \(k\) 个输入通道的卷积核切片，\(X(N_i, k)\) 为特征图第 \(i\) 个 batch 第 \(k\) 个输入通道的切片。卷积核 shape 为 \((\text{kernel_size}[0], \text{kernel_size}[1])\)，其中 kernel_size[0] 和 kernel_size[1] 是卷积核的高度和宽度。若考虑到输入输出通道以及 group，则完整卷积核的 shape 为 \((C_{out}, \text{kernel_size}[0], \text{kernel_size}[1], C_{in}/\text{group})\)，其中 group 是分组卷积时在通道上分割输入 \(x\) 的组数。

    +

    因此，上面的公式中，\(bias(C_{out_j})\) 为第 \(j\) 个输出通道的偏置，\(weight(C_{out_j}, k)\) 表示第 \(j\) 个卷积核在第 \(k\) 个输入通道的卷积核切片，\(X(N_i, k)\) 为特征图第 \(i\) 个 batch 第 \(k\) 个输入通道的切片。卷积核 shape 为 \((\text{kernel\_size}[0], \text{kernel\_size}[1])\)，其中 kernel_size[0] 和 kernel_size[1] 是卷积核的高度和宽度。若考虑到输入输出通道以及 group，则完整卷积核的 shape 为 \((C_{out}, \text{kernel\_size}[0], \text{kernel\_size}[1], C_{in}/\text{group})\)，其中 group 是分组卷积时在通道上分割输入 \(x\) 的组数。

    输入：

    • input_x - 输入数据的地址

      • @@ -349,7 +514,7 @@
      -

      © 版权所有 2025 - 2025, NUDT-674。

      +

      © 版权所有 2025 - 2026, NUDT-674。

      利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/conv2d_transpose.html b/master/html/functionlib/dsplib/conv2d_transpose.html index b1b4313..1bbb4fa 100644 --- a/master/html/functionlib/dsplib/conv2d_transpose.html +++ b/master/html/functionlib/dsplib/conv2d_transpose.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
      @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • Conv2dTranspose
    • @@ -341,7 +506,7 @@
      -

      © 版权所有 2025 - 2025, NUDT-674。

      +

      © 版权所有 2025 - 2026, NUDT-674。

      利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/conv2dbackpropfilterfusion.html b/master/html/functionlib/dsplib/conv2dbackpropfilterfusion.html index 94ed8a0..3af15a5 100644 --- a/master/html/functionlib/dsplib/conv2dbackpropfilterfusion.html +++ b/master/html/functionlib/dsplib/conv2dbackpropfilterfusion.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
      @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • Conv2DBackpropFilterFusion
    • @@ -291,7 +456,7 @@
      -

      © 版权所有 2025 - 2025, NUDT-674。

      +

      © 版权所有 2025 - 2026, NUDT-674。

      利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/conv2dbackpropinputfusion.html b/master/html/functionlib/dsplib/conv2dbackpropinputfusion.html index 15757f4..bb97e53 100644 --- a/master/html/functionlib/dsplib/conv2dbackpropinputfusion.html +++ b/master/html/functionlib/dsplib/conv2dbackpropinputfusion.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
      @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
    @@ -111,15 +276,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • Crop
    • @@ -210,7 +375,7 @@
      -

      © 版权所有 2025 - 2025, NUDT-674。

      +

      © 版权所有 2025 - 2026, NUDT-674。

      利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/crop_and_resize.html b/master/html/functionlib/dsplib/crop_and_resize.html index ea9bc2c..f253be0 100644 --- a/master/html/functionlib/dsplib/crop_and_resize.html +++ b/master/html/functionlib/dsplib/crop_and_resize.html @@ -34,7 +34,7 @@ - + MindSpore Signal+ 使用手册
      @@ -46,11 +46,7 @@
    @@ -111,15 +276,15 @@
    @@ -111,15 +276,15 @@
    @@ -112,15 +277,15 @@
    @@ -112,15 +277,15 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • EmbeddingLookup
    • @@ -138,14 +303,14 @@
      \[\begin{split}\forall k \in [1, ids\_size], \quad \begin{cases} -\text{if } \textbf{is_regulated}[i_k] = 0, & +\text{if } \textbf{is\_regulated}[i\_k] = 0, & \begin{cases} - \displaystyle X_{i_k} \leftarrow - X_{i_k} \cdot \frac{\text{max_norm}} - {\sum_{j=1}^{layer\_size\_} X_{i_k, j}} \\[10pt] - \textbf{is_regulated}[i_k] \leftarrow 1 + \displaystyle X_{i\_k} \leftarrow + X_{i\_k} \cdot \frac{\text{max\_norm}} + {\sum_{j=1}^{layer\_size\_} X_{i\_k, j}} \\[10pt] + \textbf{is\_regulated}[i\_k] \leftarrow 1 \end{cases} \\[12pt] -\text{输出向量 } Y_k \leftarrow X_{i_k} +\text{输出向量 } Y_k \leftarrow X_{i\_k} \end{cases}\end{split}\]
      输入：
        @@ -250,7 +415,7 @@
        -

        © 版权所有 2025 - 2025, NUDT-674。

        +

        © 版权所有 2025 - 2026, NUDT-674。

        利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/equal.html b/master/html/functionlib/dsplib/equal.html index 8ce0def..84e7b96 100644 --- a/master/html/functionlib/dsplib/equal.html +++ b/master/html/functionlib/dsplib/equal.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
        @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
    @@ -111,15 +276,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • ExpandDims
    • @@ -188,7 +353,7 @@
      -

      © 版权所有 2025 - 2025, NUDT-674。

      +

      © 版权所有 2025 - 2026, NUDT-674。

      利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/expfusion.html b/master/html/functionlib/dsplib/expfusion.html index 94b0902..ad59184 100644 --- a/master/html/functionlib/dsplib/expfusion.html +++ b/master/html/functionlib/dsplib/expfusion.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
      @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • ExpFusion
    • @@ -134,8 +299,7 @@

      ExpFusion

      -
      -

      传入一个数组，逐元素计算其乘上输入因子（可选择）后的指数值，再将指数值乘上输出因子后输出。

      +

      传入一个数组，逐元素计算其乘上输入因子（可选择）后的指数值，再将指数值乘上输出因子后输出。

      \[ \begin{align}\begin{aligned}\begin{split}dst_i = \exp(src_i \cdot s_{in}) \cdot s_{out} \quad \text{where} \quad @@ -169,7 +333,6 @@ s_{in} =

    • MT7004 支持fp16, fp32, int16, int32, cplx64

    -

    共享存储版本:

    @@ -209,7 +372,9 @@ s_{in} =
    void c128_expfusion_s(double *src_data, double *dst_data, int length, float in_scale, float out_scale, int scale, int core_mask)
    -

    C调用示例：

    +
    + +

    C调用示例：

     1//FT78NE示例
  2#include <stdio.h>
  3#include <expfusion.h>
@@ -226,8 +391,6 @@ s_{in} =
 14}
    -
    -

    私有存储版本:

    @@ -267,7 +430,9 @@ s_{in} =
    void c128_expfusion_p(double *src_data, double *dst_data, int length, float in_scale, float out_scale, int scale)
    -

    C调用示例：

    +
    + +

    C调用示例：

     1//FT78NE示例
  2#include <stdio.h>
  3#include <expfusion.h>
@@ -282,8 +447,6 @@ s_{in} =
 12}
    -
    -
    @@ -297,7 +460,7 @@ s_{in} =
    -

    © 版权所有 2025 - 2025, NUDT-674。

    +

    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/fake_quant_with_min_max_vars.html b/master/html/functionlib/dsplib/fake_quant_with_min_max_vars.html new file mode 100644 index 0000000..2830707 --- /dev/null +++ b/master/html/functionlib/dsplib/fake_quant_with_min_max_vars.html @@ -0,0 +1,424 @@ + + + + + + + + + FakeQuantWithMinMaxVars — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    +
    + +
    +
    +
    +
    + +
    +

    FakeQuantWithMinMaxVars

    +

    对输入数据执行逐元素伪量化运算。该算子通过给定的最小/最大值（min_val/max_val）计算缩放因子（scale）和零点（zero_point），将浮点输入模拟量化到指定的整数范围（quant_min/quant_max），然后再将其反量化回浮点数。

    +
    +\[scale = \frac{max\_val - min\_val}{quant\_max - quant\_min}\]
    +
    +\[output_i = \left( \text{round} \left( \frac{\text{clamp}(input_i, nudge\_min, nudge\_max) - nudge\_min}{scale} \right) \right) \times scale + nudge\_min\]
    +
    +
    输入：
      +

    • src - 输入数据地址。

      • +

    • min_val - 浮点范围的最小值。

      • +

    • max_val - 浮点范围的最大值。

      • +

    • length - 计算长度。

      • +

    • quant_min - 量化后的整数最小值（例如 0 或 -128）。

      • +

    • quant_max - 量化后的整数最大值（例如 255 或 127）。

      • +

    • symmetric - 是否使用对称量化（bool 类型）。若为 true，则范围调整为关于 0 对称。

      • +

    • core_mask(int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 伪量化后的计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持：fp32 (fp)

      • +

    • MT7004 支持：fp16 (hp), fp32 (fp)

      • +

    • 该算子内部包含 "Nudge" 逻辑，即会自动调整零点（Zero Point）使其为整数，并根据调整后的零点重新计算实际使用的浮点范围（nudge_min/nudge_max）。

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_fake_quant_with_min_max_vars_s(float *src, float min_val, float max_val, float *output, int length, int quant_min, int quant_max, bool symmetric, int core_mask)
    +
    + +
    +
    +void hp_fake_quant_with_min_max_vars_s(half *src, half min_val, half max_val, half *output, int length, int quant_min, int quant_max, bool symmetric, int core_mask)
    +

    C调用示例：

    +
     1// FT78NE 示例：fp32 类型共享存储多核计算
+ 2#include <stdio.h>
+ 3#include <stdbool.h>
+ 4#include "78NE/utils.h"
+ 5
+ 6int main(int argc, char* argv[]) {
+ 7    float *input = (float *)0xA0000000;
+ 8    float *output = (float *)0xB0000000;
+ 9    float min_v = -10.0f;
+10    float max_v = 10.0f;
+11    int length = 960001;
+12    int core_mask = 0b1011;
+13    fp_fake_quant_with_min_max_vars_s(input, min_v, max_v, output, length, 0, 255, false, core_mask);
+14    return 0;
+15}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void fp_fake_quant_with_min_max_vars_p(float *src, float min_val, float max_val, float *output, int length, int quant_min, int quant_max, bool symmetric)
    +
    + +
    +
    +void hp_fake_quant_with_min_max_vars_p(half *src, half min_val, half max_val, half *output, int length, int quant_min, int quant_max, bool symmetric)
    +

    C调用示例：

    +
     1// MT7004 示例：fp16 (half) 类型私有存储单核计算
+ 2#include <stdio.h>
+ 3#include <stdbool.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    half *input = (half *)0x10000000;
+ 7    half *output = (half *)0x10001000;
+ 8    half min_v = (half)-5.0f;
+ 9    half max_v = (half)5.0f;
+10    int length = 1024;
+11    hp_fake_quant_with_min_max_vars_p(input, min_v, max_v, output, length, 0, 255, true);
+12    return 0;
+13}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/fake_quant_with_min_max_vars_per_channel.html b/master/html/functionlib/dsplib/fake_quant_with_min_max_vars_per_channel.html new file mode 100644 index 0000000..40f80bd --- /dev/null +++ b/master/html/functionlib/dsplib/fake_quant_with_min_max_vars_per_channel.html @@ -0,0 +1,434 @@ + + + + + + + + + FakeQuantWithMinMaxVarsPerChannel — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    +
    + +
    +
    +
    +
    + +
    +

    FakeQuantWithMinMaxVarsPerChannel

    +

    对输入数据执行按通道（Per-Channel）的逐元素伪量化运算。该算子将输入数据划分为 channel_num 个等长的通道，每个通道根据其对应的最小/最大值（min_val[c] / max_val[c]）独立计算缩放因子和零点，进行模拟量化与反量化。

    +
    +\[channel\_size = \frac{length}{channel\_num}\]
    +
    +\[\text{对于通道 } c: \quad scale_c = \frac{max\_val_c - min\_val_c}{quant\_max - quant\_min}\]
    +
    +\[output_{c,i} = \text{FakeQuant}(input_{c,i}, scale_c, nudge\_min_c)\]
    +
    +
    输入：
      +

    • src - 输入数据地址。

      • +

    • min_val - 每个通道最小值组成的数组地址。

      • +

    • max_val - 每个通道最大值组成的数组地址。

      • +

    • length - 输入数据总长度（需能被通道数整除）。

      • +

    • quant_min - 量化后的整数最小值。

      • +

    • quant_max - 量化后的整数最大值。

      • +

    • symmetric - 是否使用对称量化。

      • +

    • channel_num - 通道数量。

      • +

    • core_mask(int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 伪量化后的计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持：fp32 (fp)

      • +

    • MT7004 支持：fp16 (hp), fp32 (fp)

      • +

    • 输入数据的总长度 length 必须可以被 channel_num 整除。

      • +

    • 每个通道的逻辑（包括 Nudge 零点调整）与单变量版本的伪量化一致。

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_fake_quant_with_min_max_vars_per_channel_s(float *src, float *min_val, float *max_val, float *output, int length, int quant_min, int quant_max, bool symmetric, int channel_num, int core_mask)
    +
    + +
    +
    +void hp_fake_quant_with_min_max_vars_per_channel_s(half *src, half *min_val, half *max_val, half *output, int length, int quant_min, int quant_max, bool symmetric, int channel_num, int core_mask)
    +

    C调用示例：

    +
     1// FT78NE 示例：fp32 类型共享存储多核计算
+ 2#include <stdio.h>
+ 3#include <stdbool.h>
+ 4#include "78NE/utils.h"
+ 5
+ 6int main(int argc, char* argv[]) {
+ 7    float *input = (float *)0xA0000000;
+ 8    float *min_arr = (float *)0xA1000000;
+ 9    float *max_arr = (float *)0xA1001000;
+10    float *output = (float *)0xB0000000;
+11    int length = 960000;
+12    int channel_num = 100;
+13    int core_mask = 0b1011;
+14
+15    fp_fake_quant_with_min_max_vars_per_channel_s(input, min_arr, max_arr, output,
+16                                                 length, 0, 255, false, channel_num, core_mask);
+17    return 0;
+18}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void fp_fake_quant_with_min_max_vars_per_channel_p(float *src, float *min_val, float *max_val, float *output, int length, int quant_min, int quant_max, bool symmetric, int channel_num)
    +
    + +
    +
    +void hp_fake_quant_with_min_max_vars_per_channel_p(half *src, half *min_val, half *max_val, half *output, int length, int quant_min, int quant_max, bool symmetric, int channel_num)
    +

    C调用示例：

    +
     1// MT7004 示例：fp16 (half) 类型私有存储单核计算
+ 2#include <stdio.h>
+ 3#include <stdbool.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    half *input = (half *)0x10000000;
+ 7    half *min_arr = (half *)0x10008000;
+ 8    half *max_arr = (half *)0x10008100;
+ 9    half *output = (half *)0x10009000;
+10    int length = 2000;
+11    int channel_num = 10;
+12
+13    hp_fake_quant_with_min_max_vars_per_channel_p(input, min_arr, max_arr, output,
+14                                                 length, 0, 255, true, channel_num);
+15    return 0;
+16}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/fftimag.html b/master/html/functionlib/dsplib/fftimag.html new file mode 100644 index 0000000..b62adf0 --- /dev/null +++ b/master/html/functionlib/dsplib/fftimag.html @@ -0,0 +1,444 @@ + + + + + + + + + FFTImag — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    FFTImag

    +

    对输入复数序列虚数部分执行一维快速傅里叶变换（FFT）或逆变换（IFFT）。 +内部基于分治 FFT 算法， +并使用预计算旋转因子（twiddle factor）以提升性能。 +傅里叶变换，可以对参数进行调整，以实现FFT/IFFT/RFFT/IRFFT。

    +

    数学定义如下：

    +
    +\[X(k) = \sum_{n=0}^{N-1} x(n)\,e^{-j 2\pi kn / N} \quad (\text{Forward FFT})\]
    +
    +\[x(n) = \sum_{k=0}^{N-1} X(k)\,e^{j 2\pi kn / N} \quad (\text{Inverse FFT})\]
    +

    其中 \(N\) 为 FFT 点数。

    +
    +
    输入：
      +

    • input - 输入复数数据地址。

      • +

    • fft_size - FFT 点数。

      • +
    • +
      dir - 变换方向：
        +

      • FFT_FORWARD：正向 FFT

        • +

      • FFT_INVERSE：反向 FFT

        • +
      +
      +
      +
      • +

    • scratch_ptr - 临时缓冲区地址，用于存放旋转因子及中间计算结果。

      • +

    • twiddle - 旋转因子地址（仅共享存储版本使用）。

      • +

    • fft_size1 - 第一阶段 FFT 点数（仅共享存储版本使用）。

      • +

    • fft_size2 - 第二阶段 FFT 点数（仅共享存储版本使用）。

      • +

    • core_mask - 核掩码（仅共享存储版本需要）。

      • +
    +
    +
    输出：
      +

    • output - 输出复数序列地址。

      • +
    +
    +
    +

    内部核心计算公式如下： +对于FFT，它计算以下表达式：

    +
    +\[X[\omega_1, \dots, \omega_d] = + \sum_{n_1=0}^{N_1-1} \dots \sum_{n_d=0}^{N_d-1} x[n_1, \dots, n_d] + e^{-j\ 2 \pi \sum_{i=0}^d \frac{\omega_i n_i}{N_i}},\]
    +

    其中， \(d\) = signal_ndim 是信号的维度，\(N_i\) 则是信号第 \(i\) 个维度的大小。

    +

    对于IFFT，它计算以下表达式：

    +
    +\[X[\omega_1, \dots, \omega_d] = + \frac{1}{\prod_{i=1}^d N_i} \sum_{n_1=0}^{N_1-1} \dots \sum_{n_d=0}^{N_d-1} x[n_1, \dots, n_d] + e^{\ j\ 2 \pi \sum_{i=0}^d \frac{\omega_i n_i}{N_i}},\]
    +

    其中， \(d\) = signal_ndim 是信号的维度，\(N_i\) 则是信号第 \(i\) 维的大小。

    +
    +

    备注

    +
      +

    • FFT/IFFT要求complex64或complex128类型的输入，返回complex64或complex128类型的输出。

      • +

    • RFFT要求bool, uint8, int8, int16, int32, int64, float32或float64类型的输入， +返回complex64或complex128类型的输出。

      • +

    • IRFFT要求complex64或complex128类型的输入，返回float32或float64类型的输出。

      • +

    • 共享存储版本/私有存储版本支持函数及调用见RFFT。

      • +
    +
    +
    +
    参数：
      +

    • signal_ndim (int) - 表示每个信号中的维数，控制着傅里叶变换的维数，其值只能为1、2或3。

      • +

    • inverse (bool) - 表示该操作是否为逆变换，用以选择FFT 和 RFFT 或 IFFT 和 IRFFT。

      +
        +

      • 如果为 True ，则为IFFT 和 IRFFT。

        • +

      • 如果为 False ，FFT 和 RFFT。

        • +
      +
      • +

    • real (bool) - 表示该操作是否为实变换，与 inverse 共同决定具体的变换模式：

      +
        +

      • inverse 为 False ， real 为 False ：对应FFT模式。

        • +

      • inverse 为 True ， real 为 False ：对应IFFT模式。

        • +

      • inverse 为 False ， real 为 True ：对应RFFT模式。

        • +

      • inverse 为 True ， real 为 True ：对应IRFFT模式。

        • +
      +
      • +

    • norm (str，可选) - 表示该操作的规范化方式，可选值：[ "backward" , "forward" , "ortho" ]。默认值： "backward" 。

      +
        +

      • "backward"，正向变换不缩放，逆变换按 \(1/n\) 缩放，其中 n 表示输入 x 的元素数量。。

        • +

      • "ortho"，正向变换与逆变换均按 \(1/\sqrt n\) 缩放。

        • +

      • "forward"，正向变换按 \(1/n\) 缩放，逆变换不缩放。

        • +
      +
      • +

    • onesided (bool，可选) - 控制输入是否减半以避免冗余。默认值： True 。

      • +

    • signal_sizes (tuple，可选) - 原始信号的大小（RFFT变换之前的信号，不包含batch这一维），只有在IRFFT模式下和设置 onesided 为True时需要该参数，需要满足 +以下条件。默认值： () 。

      +
        +

      • signal_sizes 的长度等于IRFFT的 signal_ndim ： \(len(signal\_sizes)=signal\_ndim\) 。

        • +

      • signal_sizes 的最后一个维度除以2等于IRFFT输入的最后一个维度： \(signal\_size[-1]/2+1=x.shape[-1]\) 。

        • +

      • 除了最后一个维度外， signal_sizes 的维度与输入shape完全相同： \(signal\_sizes[:-1]=x.shape[:-1]\) 。

        • +
      +
      • +
    +
    +
    异常：
      +

    • TypeError - 如果FFT/IFFT/IRFF的输入类型不是以下类型之一：complex64、complex128。

      • +

    • TypeError - 如果输入的类型不是Tensor。

      • +

    • ValueError - 如果输入 x 的维度小于 signal_ndim 。

      • +

    • ValueError - 如果 signal_ndim 大于3或小于1。

      • +

    • ValueError - 如果 norm 取值不是"backward"、"forward"或"ortho"。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    类型支持：
      +

    • FT78NE：cplx64、cplx128

      • +

    • MT7004：cplx64

      • +
    +
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/fftreal.html b/master/html/functionlib/dsplib/fftreal.html new file mode 100644 index 0000000..8358636 --- /dev/null +++ b/master/html/functionlib/dsplib/fftreal.html @@ -0,0 +1,444 @@ + + + + + + + + + FFTReal — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    FFTReal

    +

    对输入复数序列实数部分执行一维快速傅里叶变换（FFT）或逆变换（IFFT）。 +内部基于分治 FFT 算法， +并使用预计算旋转因子（twiddle factor）以提升性能。 +傅里叶变换，可以对参数进行调整，以实现FFT/IFFT/RFFT/IRFFT。

    +

    数学定义如下：

    +
    +\[X(k) = \sum_{n=0}^{N-1} x(n)\,e^{-j 2\pi kn / N} \quad (\text{Forward FFT})\]
    +
    +\[x(n) = \sum_{k=0}^{N-1} X(k)\,e^{j 2\pi kn / N} \quad (\text{Inverse FFT})\]
    +

    其中 \(N\) 为 FFT 点数。

    +
    +
    输入：
      +

    • input - 输入复数数据地址。

      • +

    • fft_size - FFT 点数。

      • +
    • +
      dir - 变换方向：
        +

      • FFT_FORWARD：正向 FFT

        • +

      • FFT_INVERSE：反向 FFT

        • +
      +
      +
      +
      • +

    • scratch_ptr - 临时缓冲区地址，用于存放旋转因子及中间计算结果。

      • +

    • twiddle - 旋转因子地址（仅共享存储版本使用）。

      • +

    • fft_size1 - 第一阶段 FFT 点数（仅共享存储版本使用）。

      • +

    • fft_size2 - 第二阶段 FFT 点数（仅共享存储版本使用）。

      • +

    • core_mask - 核掩码（仅共享存储版本需要）。

      • +
    +
    +
    输出：
      +

    • output - 输出复数序列地址。

      • +
    +
    +
    +

    内部核心计算公式如下： +对于FFT，它计算以下表达式：

    +
    +\[X[\omega_1, \dots, \omega_d] = + \sum_{n_1=0}^{N_1-1} \dots \sum_{n_d=0}^{N_d-1} x[n_1, \dots, n_d] + e^{-j\ 2 \pi \sum_{i=0}^d \frac{\omega_i n_i}{N_i}},\]
    +

    其中， \(d\) = signal_ndim 是信号的维度，\(N_i\) 则是信号第 \(i\) 个维度的大小。

    +

    对于IFFT，它计算以下表达式：

    +
    +\[X[\omega_1, \dots, \omega_d] = + \frac{1}{\prod_{i=1}^d N_i} \sum_{n_1=0}^{N_1-1} \dots \sum_{n_d=0}^{N_d-1} x[n_1, \dots, n_d] + e^{\ j\ 2 \pi \sum_{i=0}^d \frac{\omega_i n_i}{N_i}},\]
    +

    其中， \(d\) = signal_ndim 是信号的维度，\(N_i\) 则是信号第 \(i\) 维的大小。

    +
    +

    备注

    +
      +

    • FFT/IFFT要求complex64或complex128类型的输入，返回complex64或complex128类型的输出。

      • +

    • RFFT要求bool, uint8, int8, int16, int32, int64, float32或float64类型的输入， +返回complex64或complex128类型的输出。

      • +

    • IRFFT要求complex64或complex128类型的输入，返回float32或float64类型的输出。

      • +

    • 共享存储版本/私有存储版本支持函数及调用见RFFT。

      • +
    +
    +
    +
    参数：
      +

    • signal_ndim (int) - 表示每个信号中的维数，控制着傅里叶变换的维数，其值只能为1、2或3。

      • +

    • inverse (bool) - 表示该操作是否为逆变换，用以选择FFT 和 RFFT 或 IFFT 和 IRFFT。

      +
        +

      • 如果为 True ，则为IFFT 和 IRFFT。

        • +

      • 如果为 False ，FFT 和 RFFT。

        • +
      +
      • +

    • real (bool) - 表示该操作是否为实变换，与 inverse 共同决定具体的变换模式：

      +
        +

      • inverse 为 False ， real 为 False ：对应FFT模式。

        • +

      • inverse 为 True ， real 为 False ：对应IFFT模式。

        • +

      • inverse 为 False ， real 为 True ：对应RFFT模式。

        • +

      • inverse 为 True ， real 为 True ：对应IRFFT模式。

        • +
      +
      • +

    • norm (str，可选) - 表示该操作的规范化方式，可选值：[ "backward" , "forward" , "ortho" ]。默认值： "backward" 。

      +
        +

      • "backward"，正向变换不缩放，逆变换按 \(1/n\) 缩放，其中 n 表示输入 x 的元素数量。。

        • +

      • "ortho"，正向变换与逆变换均按 \(1/\sqrt n\) 缩放。

        • +

      • "forward"，正向变换按 \(1/n\) 缩放，逆变换不缩放。

        • +
      +
      • +

    • onesided (bool，可选) - 控制输入是否减半以避免冗余。默认值： True 。

      • +

    • signal_sizes (tuple，可选) - 原始信号的大小（RFFT变换之前的信号，不包含batch这一维），只有在IRFFT模式下和设置 onesided 为True时需要该参数，需要满足 +以下条件。默认值： () 。

      +
        +

      • signal_sizes 的长度等于IRFFT的 signal_ndim ： \(len(signal\_sizes)=signal\_ndim\) 。

        • +

      • signal_sizes 的最后一个维度除以2等于IRFFT输入的最后一个维度： \(signal\_size[-1]/2+1=x.shape[-1]\) 。

        • +

      • 除了最后一个维度外， signal_sizes 的维度与输入shape完全相同： \(signal\_sizes[:-1]=x.shape[:-1]\) 。

        • +
      +
      • +
    +
    +
    异常：
      +

    • TypeError - 如果FFT/IFFT/IRFF的输入类型不是以下类型之一：complex64、complex128。

      • +

    • TypeError - 如果输入的类型不是Tensor。

      • +

    • ValueError - 如果输入 x 的维度小于 signal_ndim 。

      • +

    • ValueError - 如果 signal_ndim 大于3或小于1。

      • +

    • ValueError - 如果 norm 取值不是"backward"、"forward"或"ortho"。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    类型支持：
      +

    • FT78NE：cplx64、cplx128

      • +

    • MT7004：cplx64

      • +
    +
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/fill.html b/master/html/functionlib/dsplib/fill.html new file mode 100644 index 0000000..bca93bb --- /dev/null +++ b/master/html/functionlib/dsplib/fill.html @@ -0,0 +1,488 @@ + + + + + + + + + Fill — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Fill

    +
    +

    使用给定的常量值填充输出数组。该算子将输入的 value 按指定数据类型复制，并在多核环境下利用 DMA 高效地完成填充操作。

    +
    +\[dst_i = value +\quad \text{for} \quad i = 0,1,\dots,N-1\]
    +
    +
    输入：
      +

    • value - 待填充的常量值地址。

      • +

    • param - Fill 参数结构体指针，描述输出张量的形状与数据类型信息。

      • +

    • core_mask - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 填充结果地址。

      • +
    +
    +
    FillParameter 说明：

    FillParameter 用于描述 Fill 算子的输出张量信息，其定义如下：

    +
    typedef struct FillParameter {
+    int* shape_;      // 张量各维度大小
+    int ndim_;        // 张量维度数
+    int elem_cnt_;    // 张量元素总数
+    int type_size_;   // 单个元素字节大小
+} FillParameter;
+
    +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持fp, dp, int8, int16, int32, cplx64, cplx128

      • +

    • MT7004 支持hp, fp, int16, int32, cplx64

      • +
    +
    +
    +

    共享存储版本:

    +
    +
    +void i8_fill_s(int8_t *value, int8_t *output, int core_mask, FillParameter *param)
    +
    + +
    +
    +void i16_fill_s(int16_t *value, int16_t *output, int core_mask, FillParameter *param)
    +
    + +
    +
    +void i32_fill_s(int32_t *value, int32_t *output, int core_mask, FillParameter *param)
    +
    + +
    +
    +void hp_fill_s(half *value, half *output, int core_mask, FillParameter *param)
    +
    + +
    +
    +void fp_fill_s(float *value, float *output, int core_mask, FillParameter *param)
    +
    + +
    +
    +void dp_fill_s(double *value, double *output, int core_mask, FillParameter *param)
    +
    + +
    +
    +void c64_fill_s(float *value, float *output, int core_mask, FillParameter *param)
    +
    + +
    +
    +void c128_fill_s(double *value, double *output, int core_mask, FillParameter *param)
    +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <fill.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float value = 1.0f;
+ 7    float *output = (float *)0xC0000000;
+ 8    FillParameter param;
+ 9    param.elem_cnt_ = 1024;
+10    param.type_size_ = sizeof(float);
+11    int core_mask = 0xff;
+12    fp_fill_s(&value, output, core_mask, &param);
+13    return 0;
+14}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void i8_fill_p(int8_t *value, int8_t *output, FillParameter *param)
    +
    + +
    +
    +void i16_fill_p(int16_t *value, int16_t *output, FillParameter *param)
    +
    + +
    +
    +void i32_fill_p(int32_t *value, int32_t *output, FillParameter *param)
    +
    + +
    +
    +void hp_fill_p(half *value, half *output, FillParameter *param)
    +
    + +
    +
    +void fp_fill_p(float *value, float *output, FillParameter *param)
    +
    + +
    +
    +void dp_fill_p(double *value, double *output, FillParameter *param)
    +
    + +
    +
    +void c64_fill_p(float *value, float *output, FillParameter *param)
    +
    + +
    +
    +void c128_fill_p(double *value, double *output, FillParameter *param)
    +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <fill.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float value = 1.0f;
+ 7    float *output = (float *)0x10820000;
+ 8    FillParameter param;
+ 9    param.elem_cnt_ = 1024;
+10    param.type_size_ = sizeof(float);
+11    fp_fill_p(&value, output, &param);
+12    return 0;
+13}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/fillv2.html b/master/html/functionlib/dsplib/fillv2.html index 998d9a5..83da1c0 100644 --- a/master/html/functionlib/dsplib/fillv2.html +++ b/master/html/functionlib/dsplib/fillv2.html @@ -34,7 +34,7 @@ - + MindSpore Signal+ 使用手册
    @@ -46,11 +46,7 @@
    @@ -111,15 +276,15 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • Floor
    • @@ -234,7 +399,7 @@
      -

      © 版权所有 2025 - 2025, NUDT-674。

      +

      © 版权所有 2025 - 2026, NUDT-674。

      利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/floordiv.html b/master/html/functionlib/dsplib/floordiv.html index 80d6887..22add36 100644 --- a/master/html/functionlib/dsplib/floordiv.html +++ b/master/html/functionlib/dsplib/floordiv.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
      @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • FusedBatchNorm
    • @@ -192,9 +357,9 @@ 13 float epsilon = 1e-5f; 14 int core_mask = 0xff; 15 fp_fusedbatchnorm_s(input, scale, offset, mean, variance, -16 epsilon, channel, unit, core_mask, -17 output); -18 return 0; +16 epsilon, channel, unit, core_mask, +17 output); +18 return 0; 19}
    @@ -224,8 +389,8 @@ 12 int unit = 512; 13 float epsilon = 1e-4f; 14 hp_fusedbatchnorm_p(input, scale, offset, mean, variance, -15 epsilon, channel, unit, output); -16 return 0; +15 epsilon, channel, unit, output); +16 return 0; 17}
    @@ -244,7 +409,7 @@
    -

    © 版权所有 2025 - 2025, NUDT-674。

    +

    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/gather.html b/master/html/functionlib/dsplib/gather.html new file mode 100644 index 0000000..d5968eb --- /dev/null +++ b/master/html/functionlib/dsplib/gather.html @@ -0,0 +1,494 @@ + + + + + + + + + Gather — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Gather

    +

    沿着给定的轴 axis，根据 indices 张量提供的索引值，从 input 张量中收集数据。支持 batch_dims 指定的批处理维度，即在前 batch_dims 个维度上，索引和输入是对应的。

    +
    +\[\begin{split}\text{output}[i_0, ..., i_{axis-1}, j_0, ..., j_{indices\_ndim-batch\_dims-1}, i_{axis+1}, ..., i_{input\_ndim-1}] = \\ +\text{input}[i_0, ..., i_{axis-1}, \text{indices}[i_0, ..., i_{batch\_dims-1}, j_0, ..., j_{indices\_ndim-batch\_dims-1}], i_{axis+1}, ..., i_{input\_ndim-1}]\end{split}\]
    +
    +
    输入：
      +

    • output - 计算结果输出地址。

      • +

    • input - 输入源张量数据地址。

      • +

    • input_shape - 输入张量的形状数组地址。

      • +

    • input_ndim - 输入张量的维度数量。

      • +

    • indices - 索引张量数据地址（通常为 int32 类型）。

      • +

    • indices_shape - 索引张量的形状数组地址。

      • +

    • indices_ndim - 索引张量的维度数量。

      • +

    • axis - 沿着哪个轴进行聚集操作。

      • +

    • batch_dims - 批处理维度数量。

      • +

    • core_mask(int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 聚集后的计算结果。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128

      • +

    • MT7004 支持 fp16, fp32, int16, int32, cplx64

      • +

    • 索引张量 indices 内部存储的索引值必须在 [0, input_shape[axis]) 范围内，否则行为未定义。

      • +

    • 聚集操作涉及非连续访存，在大规模数据下建议使用共享存储版本并行处理。

      • +
    +
    +

    共享存储版本:

    +
    +
    +void i8_gather_s(int8_t *output, int8_t *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask)
    +
    + +
    +
    +void i16_gather_s(int16_t *output, int16_t *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask)
    +
    + +
    +
    +void i32_gather_s(int32_t *output, int32_t *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask)
    +
    + +
    +
    +void hp_gather_s(half *output, half *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask)
    +
    + +
    +
    +void fp_gather_s(float *output, float *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask)
    +
    + +
    +
    +void dp_gather_s(double *output, double *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask)
    +
    + +
    +
    +void c64_gather_s(float *output, float *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask)
    +
    + +
    +
    +void c128_gather_s(double *output, double *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims, int core_mask)
    +

    C调用示例：

    +
     1// FT78NE 示例：多核并行聚集操作
+ 2#include <stdio.h>
+ 3#include "78NE/utils.h"
+ 4
+ 5int main() {
+ 6    float *input = (float *)0xA0000000;
+ 7    int *indices = (int *)0xB0000000;
+ 8    float *output = (float *)0xC0000000;
+ 9    int input_shape[] = {16, 800, 80};
+10    int indices_shape[] = {16, 400};
+11    int input_ndim = 3;
+12    int indices_ndim = 2;
+13    int axis = 1;
+14    int batch_dims = 1;
+15    int core_mask = 0xFF; // 使用8核并行
+16
+17    fp_gather_s(output, input, input_shape, input_ndim, indices, indices_shape, indices_ndim, axis, batch_dims, core_mask);
+18    return 0;
+19}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void i8_gather_p(int8_t *output, int8_t *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims)
    +
    + +
    +
    +void i16_gather_p(int16_t *output, int16_t *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims)
    +
    + +
    +
    +void i32_gather_p(int32_t *output, int32_t *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims)
    +
    + +
    +
    +void hp_gather_p(half *output, half *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims)
    +
    + +
    +
    +void fp_gather_p(float *output, float *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims)
    +
    + +
    +
    +void dp_gather_p(double *output, double *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims)
    +
    + +
    +
    +void c64_gather_p(float *output, float *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims)
    +
    + +
    +
    +void c128_gather_p(double *output, double *input, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int axis, int batch_dims)
    +

    C调用示例：

    +
     1// MT7004 示例：单核聚集操作
+ 2#include <stdio.h>
+ 3
+ 4int main() {
+ 5    float *input = (float *)0x10000000;
+ 6    int *indices = (int *)0x10010000;
+ 7    float *output = (float *)0x10020000;
+ 8    int input_shape[] = {2, 100, 10};
+ 9    int indices_shape[] = {2, 50};
+10    int input_ndim = 3;
+11    int indices_ndim = 2;
+12    int axis = 1;
+13    int batch_dims = 1;
+14
+15    fp_gather_p(output, input, input_shape, input_ndim, indices, indices_shape, indices_ndim, axis, batch_dims);
+16    return 0;
+17}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/gather_nd.html b/master/html/functionlib/dsplib/gather_nd.html new file mode 100644 index 0000000..911a062 --- /dev/null +++ b/master/html/functionlib/dsplib/gather_nd.html @@ -0,0 +1,485 @@ + + + + + + + + + GatherNd — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    GatherNd

    +

    根据索引张量中的坐标，从输入张量中收集切片或元素。

    +

    GatherNd 允许根据 indices 提供的多维索引，在 input 张量的指定轴上进行切片提取。如果 indices 的最后一个维度长度为 K，则它代表从 input 的前 K 个维度中提取对应的子张量（切片）。

    +
    +
    输入：
      +

    • input - 输入数据张量地址。

      • +

    • output - 计算结果张量地址。

      • +

    • input_shape - 输入张量的形状数组地址。

      • +

    • input_ndim - 输入张量的维度数。

      • +

    • indices - 索引张量地址（类型固定为 int32）。

      • +

    • indices_shape - 索引张量的形状数组地址。

      • +

    • indices_ndim - 索引张量的维度数。

      • +

    • core_mask(int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 收集后的数据存放地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128

      • +

    • MT7004 支持 fp16, fp32, int16, int32, cplx64

      • +

    • 索引张量 (indices) 在所有平台上均使用 int32 类型。

      • +

    • 坐标索引必须在输入张量维度的合法范围内，否则行为未定义。

      • +
    +
    +

    共享存储版本:

    +
    +
    +void i8_gather_nd_s(int8_t *input, int8_t *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int core_mask)
    +
    + +
    +
    +void i16_gather_nd_s(int16_t *input, int16_t *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int core_mask)
    +
    + +
    +
    +void i32_gather_nd_s(int *input, int *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int core_mask)
    +
    + +
    +
    +void hp_gather_nd_s(half *input, half *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int core_mask)
    +
    + +
    +
    +void fp_gather_nd_s(float *input, float *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int core_mask)
    +
    + +
    +
    +void dp_gather_nd_s(double *input, double *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int core_mask)
    +
    + +
    +
    +void c64_gather_nd_s(float *input, float *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int core_mask)
    +
    + +
    +
    +void c128_gather_nd_s(double *input, double *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim, int core_mask)
    +

    C调用示例：

    +
     1// FT78NE 示例（共享存储）
+ 2#include <stdio.h>
+ 3#include "78NE/utils.h"
+ 4
+ 5int main() {
+ 6    float *input = (float *)0xA0000000;    // 输入在 DDR 空间
+ 7    float *output = (float *)0xB0000000;   // 输出在 DDR 空间
+ 8    int *indices = (int *)0xC0000000;      // 索引在 DDR 空间
+ 9    int input_shape[] = {10, 10, 5};
+10    int indices_shape[] = {3, 2};          // 提取3个坐标，每个坐标深度为2
+11    int input_ndim = 3;
+12    int indices_ndim = 2;
+13    int core_mask = 0xFF;
+14
+15    fp_gather_nd_s(input, output, input_shape, input_ndim, indices, indices_shape, indices_ndim, core_mask);
+16    return 0;
+17}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void i8_gather_nd_p(int8_t *input, int8_t *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim)
    +
    + +
    +
    +void i16_gather_nd_p(int16_t *input, int16_t *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim)
    +
    + +
    +
    +void i32_gather_nd_p(int *input, int *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim)
    +
    + +
    +
    +void hp_gather_nd_p(half *input, half *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim)
    +
    + +
    +
    +void fp_gather_nd_p(float *input, float *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim)
    +
    + +
    +
    +void dp_gather_nd_p(double *input, double *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim)
    +
    + +
    +
    +void c64_gather_nd_p(float *input, float *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim)
    +
    + +
    +
    +void c128_gather_nd_p(double *input, double *output, int *input_shape, int input_ndim, int *indices, int *indices_shape, int indices_ndim)
    +

    C调用示例：

    +
     1// MT7004 示例（私有存储）
+ 2#include <stdio.h>
+ 3
+ 4int main() {
+ 5    float *input = (float *)0x10000000;
+ 6    float *output = (float *)0x10010000;
+ 7    int *indices = (int *)0x10020000;
+ 8    int input_shape[] = {4, 5, 6};
+ 9    int indices_shape[] = {2, 2, 2};
+10    int input_ndim = 3;
+11    int indices_ndim = 3;
+12
+13    fp_gather_nd_p(input, output, input_shape, input_ndim, indices, indices_shape, indices_ndim);
+14    return 0;
+15}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/gatherd.html b/master/html/functionlib/dsplib/gatherd.html new file mode 100644 index 0000000..bad40d0 --- /dev/null +++ b/master/html/functionlib/dsplib/gatherd.html @@ -0,0 +1,490 @@ + + + + + + + + + GatherD — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    GatherD

    +

    按照给定的维度 dim 和索引张量 index，从输入张量中按元素位置 +抽取数据，生成新的输出张量。

    +

    该算子等价于在指定维度上执行逐元素 Gather 操作，其输出形状与 +index 张量形状一致。

    +
    +\[\text{output}[i_0, \dots, i_n] += +\text{input}_x[i_0, \dots, i_{dim-1}, \text{index}[i_0, \dots, i_n], i_{dim+1}, \dots, i_n]\]
    +
    +
    输入：
      +

    • input_x - 输入张量的数据地址。 +数据类型需与所调用的 GatherD 接口类型一致。

      • +

    • dim - 指定进行 Gather 操作的维度索引，取值范围为 +[0, input_shape_size)。

      • +

    • index - 索引张量的数据地址，类型为 int*， +用于指定在 dim 维度上的取值位置。

      • +

    • input_shape - 输入张量各维度大小数组地址。

      • +

    • input_shape_size - 输入张量的维度数量。

      • +

    • index_shape - 索引张量的形状数组地址， +其维度数量与 input_shape_size 相同。

      • +

    • core_mask - 核掩码（仅共享存储版本使用）。

      • +
    +
    +
    输出：
      +

    • output - 输出张量的数据地址， +其形状与 index_shape 保持一致， +数据类型与 input_x 相同。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • index 中的取值应满足 +0 <= index[...] < input_shape[dim]。

      • +

    • 输出张量的元素个数等于 index_shape 各维度之积。

      • +

    • 该算子不对索引顺序进行任何排序或检查。

      • +
    +
    +

    共享存储版本：

    +
    +
    +void fp_gatherd_s(float *input_x, int dim, int *index, float *output, int *input_shape, int input_shape_size, int *index_shape, int core_mask)
    +
    + +
    +
    +void dp_gatherd_s(double *input_x, int dim, int *index, double *output, int *input_shape, int input_shape_size, int *index_shape, int core_mask)
    +
    + +
    +
    +void i8_gatherd_s(int8_t *input_x, int dim, int *index, int8_t *output, int *input_shape, int input_shape_size, int *index_shape, int core_mask)
    +
    + +
    +
    +void i16_gatherd_s(int16_t *input_x, int dim, int *index, int16_t *output, int *input_shape, int input_shape_size, int *index_shape, int core_mask)
    +
    + +
    +
    +void i32_gatherd_s(int32_t *input_x, int dim, int *index, int32_t *output, int *input_shape, int input_shape_size, int *index_shape, int core_mask)
    +
    + +
    +
    +void c64_gatherd_s(float *input_x, int dim, int *index, float *output, int *input_shape, int input_shape_size, int *index_shape, int core_mask)
    +
    + +
    +
    +void c128_gatherd_s(double *input_x, int dim, int *index, double *output, int *input_shape, int input_shape_size, int *index_shape, int core_mask)
    +
    + +

    C调用示例：

    +
     1// FT78NE 示例
+ 2#include <stdio.h>
+ 3#include <gatherd.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *input_x = (float *)0xA0000000;   // input_x 在 DDR 空间
+ 7    float *output  = (float *)0xB0000000;
+ 8    int *index     = (int *)0xA1000000;
+ 9
+10    int input_shape[] = {4, 8, 16};
+11    int index_shape[] = {4, 8, 16};
+12    int input_shape_size = 3;
+13    int dim = 1;
+14    int core_mask = 0xff;
+15
+16    fp_gatherd_s(input_x, dim, index, output, input_shape, input_shape_size, index_shape, core_mask);
+17    return 0;
+18}
+
    +
    +

    私有存储版本：

    +
    +
    +void fp_gatherd_p(float *input_x, int dim, int *index, float *output, int *input_shape, int input_shape_size, int *index_shape)
    +
    + +
    +
    +void dp_gatherd_p(double *input_x, int dim, int *index, double *output, int *input_shape, int input_shape_size, int *index_shape)
    +
    + +
    +
    +void i8_gatherd_p(int8_t *input_x, int dim, int *index, int8_t *output, int *input_shape, int input_shape_size, int *index_shape)
    +
    + +
    +
    +void i16_gatherd_p(int16_t *input_x, int dim, int *index, int16_t *output, int *input_shape, int input_shape_size, int *index_shape)
    +
    + +
    +
    +void i32_gatherd_p(int32_t *input_x, int dim, int *index, int32_t *output, int *input_shape, int input_shape_size, int *index_shape)
    +
    + +
    +
    +void c64_gatherd_p(float *input_x, int dim, int *index, float *output, int *input_shape, int input_shape_size, int *index_shape)
    +
    + +
    +
    +void c128_gatherd_p(double *input_x, int dim, int *index, double *output, int *input_shape, int input_shape_size, int *index_shape)
    +
    + +

    C调用示例：

    +
     1// MT7004 示例
+ 2#include <stdio.h>
+ 3#include <gatherd.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *input_x = (float *)0x10000000;   // input_x 在 L2 空间
+ 7    float *output  = (float *)0x10010000;
+ 8    int *index     = (int *)0x10020000;
+ 9
+10    int input_shape[] = {2, 4};
+11    int index_shape[] = {2, 4};
+12    int input_shape_size = 2;
+13    int dim = 0;
+14
+15    fp_gatherd_p(input_x, dim, index, output, input_shape, input_shape_size, index_shape);
+16    return 0;
+17}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/glu.html b/master/html/functionlib/dsplib/glu.html new file mode 100644 index 0000000..1b181b3 --- /dev/null +++ b/master/html/functionlib/dsplib/glu.html @@ -0,0 +1,452 @@ + + + + + + + + + GLU — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    GLU

    +

    Gated Linear Unit（门控线性单元）算子。该算子将输入张量在指定维度（split_dim）上分割成两个相等的部分（A和B），然后对第二部分（B）应用Sigmoid激活函数，并将其与第一部分（A）逐元素相乘。

    +
    +\[\text{out} = A \otimes \sigma(B)\]
    +

    其中，A和B是输入张量沿 split_dim 维度分割后的两个子张量，\(\sigma\) 是Sigmoid函数，\(\otimes\) 表示逐元素乘法。

    +
    +
    输入：
      +

    • in_data - 输入张量的数据地址。

      • +

    • split_data - 一个指针数组，用于存放分割后的子张量地址（作为临时缓冲区）。

      • +

    • out_data - 输出张量的数据地址。

      • +

    • ndim - 输入张量的维度数量。

      • +

    • split_dim - 执行分割操作的目标维度轴。

      • +

    • input_shape - 指向一个整数数组的指针，该数组描述了输入张量的形状。

      • +

    • num_split - 分割的数量，对于GLU操作，此值应为2。

      • +

    • split_sizes - 指向一个整数数组的指针，该数组描述了每个子张量在 split_dim 维度上的大小。

      • +

    • strides - 指向一个整数数组的指针，用于存放为张量索引预先计算好的步长。

      • +

    • len - 输出张量中的元素总数。

      • +

    • core_mask - 核掩码 (仅共享存储版本需要)。

      • +
    +
    +
    输出：
      +

    • out_data - 存储GLU计算结果的张量。其形状与输入张量相同，但在 split_dim 维度上的大小减半。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE支持fp32和int8类型。

      • +

    • MT7004支持fp16和fp32类型。

      • +
    +
    +

    共享存储版本:

    +
    +
    +void i8_glu_s(int8_t *in_data, int8_t **split_data, int8_t *out_data, int ndim, int split_dim, int *input_shape, int num_split, int *split_sizes, int *strides, int len, int core_mask)
    +
    + +
    +
    +void hp_glu_s(half *in_data, half **split_data, half *out_data, int ndim, int split_dim, int *input_shape, int num_split, int *split_sizes, int *strides, int len, int core_mask)
    +
    + +
    +
    +void fp_glu_s(float *in_data, float **split_data, float *out_data, int ndim, int split_dim, int *input_shape, int num_split, int *split_sizes, int *strides, int len, int core_mask)
    +
    + +

    C调用示例：

    +
     1// 7004平台, fp32示例
+ 2#include <stdio.h>
+ 3#include "glu.h"
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *in_data = (float *)0xA0000000;      // input在DDR空间
+ 7    float *out_data = (float *)0xC0000000;     // output在DDR空间
+ 8    float *split_data_buf[2];                  // 临时缓冲区指针
+ 9    // ... (需要为split_data_buf分配内存)
+10
+11    // 假设张量属性已定义
+12    int ndim = 2;
+13    int split_dim = 1;
+14    int input_shape[] = {2, 4};
+15    int num_split = 2;
+16    int split_sizes[] = {2, 2};
+17    int len = 4;
+18    int strides[2]; // 需要预先计算
+19    int core_mask = 0xff;
+20
+21    fp_glu_s(in_data, split_data_buf, out_data, ndim, split_dim, input_shape, num_split, split_sizes, strides, len, core_mask);
+22    return 0;
+23}
+
    +
    +

    私有存储版本:

    +
    +
    +void i8_glu_p(int8_t *in_data, int8_t **split_data, int8_t *out_data, int ndim, int split_dim, int *input_shape, int num_split, int *split_sizes, int *strides, int len)
    +
    + +
    +
    +void hp_glu_p(half *in_data, half **split_data, half *out_data, int ndim, int split_dim, int *input_shape, int num_split, int *split_sizes, int *strides, int len)
    +
    + +
    +
    +void fp_glu_p(float *in_data, float **split_data, float *out_data, int ndim, int split_dim, int *input_shape, int num_split, int *split_sizes, int *strides, int len)
    +
    + +

    C调用示例：

    +
     1// 7004平台, fp32示例
+ 2#include <stdio.h>
+ 3#include "glu.h"
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *in_data = (float *)0x10000000;     // input在L2空间
+ 7    float *out_data = (float *)0x10001000;    // output在L2空间
+ 8    float *split_data_buf[2];                 // 临时缓冲区指针
+ 9    // ... (需要为split_data_buf分配内存)
+10
+11    // 假设张量属性已定义
+12    int ndim = 2;
+13    int split_dim = 1;
+14    int input_shape[] = {2, 4};
+15    int num_split = 2;
+16    int split_sizes[] = {2, 2};
+17    int len = 4;
+18    int strides[2]; // 需要预先计算
+19
+20    fp_glu_p(in_data, split_data_buf, out_data, ndim, split_dim, input_shape, num_split, split_sizes, strides, len);
+21    return 0;
+22}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/greater.html b/master/html/functionlib/dsplib/greater.html new file mode 100644 index 0000000..cf320fb --- /dev/null +++ b/master/html/functionlib/dsplib/greater.html @@ -0,0 +1,461 @@ + + + + + + + + + Greater — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Greater

    +

    逐元素比较两个输入张量，判断 input1 的元素是否大于 input2 的对应元素。支持广播。

    +
    +\[\text{output}_i = (\text{input1}_i > \text{input2}_i)\]
    +

    输出一个布尔张量，如果比较结果为真，则对应元素为 true，否则为 false。

    +
    +
    输入：
      +

    • element_num - 输出张量的总元素数量。在广播情况下，等于较大输入张量的元素数量。

      • +

    • optimize - 广播优化标志。若为非0，则启用广播模式。

      • +

    • in_elements_num0 - 第一个输入张量 input1 的元素数量。用于广播判断。

      • +

    • input1 - 第一个输入张量的数据地址。

      • +

    • input2 - 第二个输入张量的数据地址。

      • +

    • output - (输出) 输出的布尔类型张量的数据地址。

      • +

    • core_mask - 核掩码。

      • +
    +
    +
    输出：
      +

    • output - 写入比较结果的布尔张量。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持fp32, fp64, int8, int16, int32

      • +

    • MT7004 支持fp16, fp32, int16, int32

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_greater_s(int element_num, int optimize, int in_elements_num0, float *input1, float *input2, bool *output, int core_mask)
    +
    + +
    +
    +void hp_greater_s(int element_num, int optimize, int in_elements_num0, half *input1, half *input2, bool *output, int core_mask)
    +
    + +
    +
    +void dp_greater_s(int element_num, int optimize, int in_elements_num0, double *input1, double *input2, bool *output, int core_mask)
    +
    + +
    +
    +void i32_greater_s(int element_num, int optimize, int in_elements_num0, int32_t *input1, int32_t *input2, bool *output, int core_mask)
    +
    + +
    +
    +void i16_greater_s(int element_num, int optimize, int in_elements_num0, int16_t *input1, int16_t *input2, bool *output, int core_mask)
    +
    + +
    +
    +void i8_greater_s(int element_num, int optimize, int in_elements_num0, int8_t *input1, int8_t *input2, bool *output, int core_mask)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <greater.h>
+ 4int main(int argc, char* argv[]) {
+ 5    float *input1 = (float *)0xA0000000;    // Scalar input, DDR
+ 6    float *input2 = (float *)0xB0000000;    // Tensor input
+ 7    bool *output = (bool *)0xC0000000;      // Output
+ 8
+ 9    // Broadcasting input1 (scalar) > input2 (tensor)
+10    int element_num = 4096; // Size of input2 and output
+11    int optimize = 1;       // Enable broadcasting
+12    int in_elements_num0 = 1; // Size of input1
+13    int core_mask = 0xff;
+14
+15    fp_greater_s(element_num, optimize, in_elements_num0, input1, input2, output, core_mask);
+16    return 0;
+17}
+
    +
    +

    私有存储版本:

    +
    +
    +void fp_greater_p(int element_num, int optimize, int in_elements_num0, float *input1, float *input2, bool *output)
    +
    + +
    +
    +void hp_greater_p(int element_num, int optimize, int in_elements_num0, half *input1, half *input2, bool *output)
    +
    + +
    +
    +void i32_greater_p(int element_num, int optimize, int in_elements_num0, int32_t *input1, int32_t *input2, bool *output)
    +
    + +
    +
    +void i16_greater_p(int element_num, int optimize, int in_elements_num0, int16_t *input1, int16_t *input2, bool *output)
    +
    + +
    +
    +void i8_greater_p(int element_num, int optimize, int in_elements_num0, int8_t *input1, int8_t *input2, bool *output)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <greater.h>
+ 4int main(int argc, char* argv[]) {
+ 5    float *input1 = (float *)0x10000000;    // Tensor input, L2
+ 6    float *input2 = (float *)0x11000000;    // Scalar input
+ 7    bool *output = (bool *)0x12000000;      // Output
+ 8
+ 9    // Broadcasting input1 (tensor) > input2 (scalar)
+10    int element_num = 1024; // Size of input1 and output
+11    int optimize = 1;       // Enable broadcasting
+12    int in_elements_num0 = 1024; // Size of input1
+13
+14    fp_greater_p(element_num, optimize, in_elements_num0, input1, input2, output);
+15    return 0;
+16}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/greaterequal.html b/master/html/functionlib/dsplib/greaterequal.html new file mode 100644 index 0000000..a14e1ec --- /dev/null +++ b/master/html/functionlib/dsplib/greaterequal.html @@ -0,0 +1,461 @@ + + + + + + + + + Greaterequal — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Greaterequal

    +

    逐元素比较两个输入张量，判断 input1 的元素是否大于或等于 input2 的对应元素。支持广播。

    +
    +\[\text{output}_i = (\text{input1}_i \ge \text{input2}_i)\]
    +

    输出一个布尔张量，如果比较结果为真，则对应元素为 true，否则为 false。

    +
    +
    输入：
      +

    • element_num - 输出张量的总元素数量。在广播情况下，等于较大输入张量的元素数量。

      • +

    • optimize - 广播优化标志。若为非0，则启用广播模式。

      • +

    • in_elements_num0 - 第一个输入张量 input1 的元素数量。用于广播判断。

      • +

    • input1 - 第一个输入张量的数据地址。

      • +

    • input2 - 第二个输入张量的数据地址。

      • +

    • output - (输出) 输出的布尔类型张量的数据地址。

      • +

    • core_mask - 核掩码。

      • +
    +
    +
    输出：
      +

    • output - 写入比较结果的布尔张量。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持fp32, fp64, int8, int16, int32

      • +

    • MT7004 支持fp16, fp32, int16, int32

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_greaterequal_s(int element_num, int optimize, int in_elements_num0, float *input1, float *input2, bool *output, int core_mask)
    +
    + +
    +
    +void hp_greaterequal_s(int element_num, int optimize, int in_elements_num0, half *input1, half *input2, bool *output, int core_mask)
    +
    + +
    +
    +void dp_greaterequal_s(int element_num, int optimize, int in_elements_num0, double *input1, double *input2, bool *output, int core_mask)
    +
    + +
    +
    +void i8_greaterequal_s(int element_num, int optimize, int in_elements_num0, int8_t *input1, int8_t *input2, bool *output, int core_mask)
    +
    + +
    +
    +void i16_greaterequal_s(int element_num, int optimize, int in_elements_num0, int16_t *input1, int16_t *input2, bool *output, int core_mask)
    +
    + +
    +
    +void i32_greaterequal_s(int element_num, int optimize, int in_elements_num0, int32_t *input1, int32_t *input2, bool *output, int core_mask)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <greaterequal.h>
+ 4int main(int argc, char* argv[]) {
+ 5    float *input1 = (float *)0xA0000000;    // Scalar input, DDR
+ 6    float *input2 = (float *)0xB0000000;    // Tensor input
+ 7    bool *output = (bool *)0xC0000000;      // Output
+ 8
+ 9    // Broadcasting input1 (scalar) >= input2 (tensor)
+10    int element_num = 4096; // Size of input2 and output
+11    int optimize = 1;       // Enable broadcasting
+12    int in_elements_num0 = 1; // Size of input1
+13    int core_mask = 0xff;
+14
+15    fp_greaterequal_s(element_num, optimize, in_elements_num0, input1, input2, output, core_mask);
+16    return 0;
+17}
+
    +
    +

    私有存储版本:

    +
    +
    +void fp_greaterequal_p(int element_num, int optimize, int in_elements_num0, float *input1, float *input2, bool *output)
    +
    + +
    +
    +void hp_greaterequal_p(int element_num, int optimize, int in_elements_num0, half *input1, half *input2, bool *output)
    +
    + +
    +
    +void i32_greaterequal_p(int element_num, int optimize, int in_elements_num0, int32_t *input1, int32_t *input2, bool *output)
    +
    + +
    +
    +void i16_greaterequal_p(int element_num, int optimize, int in_elements_num0, int16_t *input1, int16_t *input2, bool *output)
    +
    + +
    +
    +void i8_greaterequal_p(int element_num, int optimize, int in_elements_num0, int8_t *input1, int8_t *input2, bool *output)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <greaterequal.h>
+ 4int main(int argc, char* argv[]) {
+ 5    float *input1 = (float *)0x10000000;    // Tensor input, L2
+ 6    float *input2 = (float *)0x11000000;    // Scalar input
+ 7    bool *output = (bool *)0x12000000;      // Output
+ 8
+ 9    // Broadcasting input1 (tensor) >= input2 (scalar)
+10    int element_num = 1024; // Size of input1 and output
+11    int optimize = 1;       // Enable broadcasting
+12    int in_elements_num0 = 1024; // Size of input1
+13
+14    fp_greaterequal_p(element_num, optimize, in_elements_num0, input1, input2, output);
+15    return 0;
+16}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/groupnormfusion.html b/master/html/functionlib/dsplib/groupnormfusion.html index c165954..6460ce2 100644 --- a/master/html/functionlib/dsplib/groupnormfusion.html +++ b/master/html/functionlib/dsplib/groupnormfusion.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
    @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • GroupNormFusion
    • @@ -197,9 +362,9 @@ 15 float epsilon = 1e-5f; 16 int core_mask = 0xff; 17 fp_groupnormfusion_s(input, scale, offset, mean, variance, -18 epsilon, num_groups, channel, unit, -19 batch, core_mask, output); -20 return 0; +18 epsilon, num_groups, channel, unit, +19 batch, core_mask, output); +20 return 0; 21}
    @@ -231,9 +396,9 @@ 14 int batch = 16; 15 float epsilon = 1e-4f; 16 hp_groupnormfusion_p(input, scale, offset, mean, variance, -17 epsilon, num_groups, channel, unit, -18 batch, output); -19 return 0; +17 epsilon, num_groups, channel, unit, +18 batch, output); +19 return 0; 20}
    @@ -252,7 +417,7 @@
    -

    © 版权所有 2025 - 2025, NUDT-674。

    +

    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/gru.html b/master/html/functionlib/dsplib/gru.html index 340e1e5..efc6ddd 100644 --- a/master/html/functionlib/dsplib/gru.html +++ b/master/html/functionlib/dsplib/gru.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
    @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
    @@ -112,15 +277,15 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • LinSpace
    • @@ -173,9 +338,9 @@ 6 float end = 100.0f; 7 int length = 1001; 8 int core_mask = 0xff; - 9 fp_linspace_s(output, start, end, length, core_mask); -10 return 0; -11} + 9 fp_linspace_s(output, start, end, length, core_mask); +10 return 0; +11}

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    @@ -192,9 +357,9 @@ 5 float start = 1.5f; 6 float step = 0.5f; 7 int num = 1000; - 8 fp_linspace_p(output, start, step, num); - 9 return 0; -10} + 8 fp_linspace_p(output, start, step, num); + 9 return 0; +10} @@ -212,7 +377,7 @@
    -

    © 版权所有 2025 - 2025, NUDT-674。

    +

    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/log.html b/master/html/functionlib/dsplib/log.html new file mode 100644 index 0000000..e507641 --- /dev/null +++ b/master/html/functionlib/dsplib/log.html @@ -0,0 +1,437 @@ + + + + + + + + + Log — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Log

    +

    逐元素计算自然对数（以 \(e\) 为底）的对数函数。

    +
    +\[\text{output}_i = \ln(\text{input}_i)\]
    +

    其中 \(\ln(\cdot)\) 表示自然对数函数。 +当输入值小于等于 0 时，结果的行为依赖于具体平台和实现（可能产生 -inf 或 NaN）。

    +
    +
    输入：
      +

    • input - 输入张量的数据地址。

      • +

    • length - 输入张量的总元素数量。

      • +

    • core_mask - 核掩码。

      • +
    +
    +
    输出：
      +

    • output - 输出张量的数据地址，其大小与 input 相同。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持的数据类型：fp32

      • +

    • MT7004 支持的数据类型：fp16, fp32

      • +
    +
    +

    共享存储版本：

    +
    +
    +void fp_log_s(float *input, float *output, int length, int core_mask)
    +
    + +
    +
    +void hp_log_s(half *input, half *output, int length, int core_mask)
    +
    + +
    +
    +void i16_log_s(int16_t *input, float *output, int length, int core_mask)
    +
    + +
    +
    +void i32_log_s(int *input, float *output, int length, int core_mask)
    +
    + +

    C调用示例：

    +
     1// FT78NE 多核示例
+ 2#include <stdio.h>
+ 3#include <log.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *input  = (float *)0xA0000000;   // input 在 DDR 空间
+ 7    float *output = (float *)0xB0000000;   // output 在 DDR 空间
+ 8
+ 9    int length = 4096;
+10    int core_mask = 0xff;
+11
+12    fp_log_s(input, output, length, core_mask);
+13    return 0;
+14}
+
    +
    +

    私有存储版本：

    +
    +
    +void fp_log_p(float *input, float *output, int length)
    +
    + +
    +
    +void hp_log_p(half *input, half *output, int length)
    +
    + +
    +
    +void i16_log_p(int16_t *input, float *output, int length)
    +
    + +
    +
    +void i32_log_p(int *input, float *output, int length)
    +
    + +

    C调用示例：

    +
     1// FT78NE 单核示例
+ 2#include <stdio.h>
+ 3#include <log.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *input  = (float *)0x10000000;   // input 在 L2 空间
+ 7    float *output = (float *)0x11000000;   // output 在 L2 空间
+ 8
+ 9    int length = 1024;
+10
+11    fp_log_p(input, output, length);
+12    return 0;
+13}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/log1p.html b/master/html/functionlib/dsplib/log1p.html new file mode 100644 index 0000000..e1434c2 --- /dev/null +++ b/master/html/functionlib/dsplib/log1p.html @@ -0,0 +1,449 @@ + + + + + + + + + Log1p — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Log1p

    +

    逐元素计算 log(1 + x) 的值，其中 x 是输入元素。该函数在 x 的值接近于零时，比直接计算 log(1 + x) 能够提供更高的精度。

    +
    +\[output_i = \ln(1 + Input_i)\]
    +
    +
    输入：
      +

    • Input - 输入数据地址。

      • +

    • length - 计算长度。

      • +

    • core_mask - 核掩码（仅共享存储版本需要）。

      • +
    +
    +
    输出：
      +

    • Output - 计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持int8, int16, int32, fp32, fp64

      • +

    • MT7004 支持fp16, fp32, int16, int32

      • +
    +
    +

    共享存储版本:

    +
    +
    +void i8_log1p_s(int8_t *Input, float *output, int length, int core_mask)
    +
    + +
    +
    +void i16_log1p_s(int16_t *Input, float *output, int length, int core_mask)
    +
    + +
    +
    +void i32_log1p_s(int32_t *Input, float *output, int length, int core_mask)
    +
    + +
    +
    +void hp_log1p_s(half *Input, half *output, int length, int core_mask)
    +
    + +
    +
    +void fp_log1p_s(float *Input, float *output, int length, int core_mask)
    +
    + +
    +
    +void dp_log1p_s(double *Input, double *output, int length, int core_mask)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <log1p.h> // 假设头文件名为 log1p.h
+ 4int main(int argc, char* argv[]) {
+ 5    float *input = (float *)0xA0000000;   //input在DDR空间
+ 6    float *output = (float *)0xC0000000;
+ 7    int length = 1000;
+ 8    int core_mask = 0xff;
+ 9    fp_log1p_s(input, output, length, core_mask);
+10    return 0;
+11}
+
    +
    +

    私有存储版本:

    +
    +
    +void i8_log1p_p(int8_t *Input, float *output, int length)
    +
    + +
    +
    +void i16_log1p_p(int16_t *Input, float *output, int length)
    +
    + +
    +
    +void i32_log1p_p(int32_t *Input, float *output, int length)
    +
    + +
    +
    +void hp_log1p_p(half *Input, half *output, int length)
    +
    + +
    +
    +void fp_log1p_p(float *Input, float *output, int length)
    +
    + +
    +
    +void dp_log1p_p(double *Input, double *output, int length)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <log1p.h> // 假设头文件名为 log1p.h
+ 4int main(int argc, char* argv[]) {
+ 5    float *input = (float *)0x10000000;   //input在L2空间
+ 6    float *output = (float *)0x10001000;
+ 7    int length = 1000;
+ 8    fp_log1p_p(input, output, length);
+ 9    return 0;
+10}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/loggrad.html b/master/html/functionlib/dsplib/loggrad.html new file mode 100644 index 0000000..3cbdc86 --- /dev/null +++ b/master/html/functionlib/dsplib/loggrad.html @@ -0,0 +1,427 @@ + + + + + + + + + LogGrad — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    LogGrad

    +

    计算对数函数（Log）的梯度。

    +

    该算子用于反向传播阶段，依据链式法则， +将上游梯度与 Log 输入张量进行逐元素相除， +其数学表达式如下：

    +
    +\[\text{output}_i = \frac{\text{input0}_i}{\text{input1}_i}\]
    +
    +
    其中：
      +

    • input0 表示上游梯度（dY）

      • +

    • input1 表示 Log 算子的输入（X）

      • +
    +
    +
    输入：
      +

    • input0 - 上游梯度张量的数据地址。

      • +

    • input1 - Log 算子前向输入张量的数据地址。

      • +

    • length - 输入张量的总元素数量。

      • +

    • core_mask - 核掩码。

      • +
    +
    +
    输出：
      +

    • output - 输出梯度张量的数据地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持的数据类型：fp32

      • +

    • MT7004 支持的数据类型：fp16, fp32

      • +

    • 当 input1 中存在 0 或极小值时，结果可能产生 ±∞ 或 NaN，需由上层框架保证输入合法性

      • +
    +
    +

    共享存储版本：

    +
    +
    +void fp_log_grad_s(float *input0, float *input1, float *output, int length, int core_mask)
    +
    + +
    +
    +void hp_log_grad_s(half *input0, half *input1, half *output, int length, int core_mask)
    +
    + +

    C调用示例：

    +
     1// FT78NE 多核示例
+ 2#include <stdio.h>
+ 3#include <log_grad.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *input0 = (float *)0xA0000000;   // 上游梯度
+ 7    float *input1 = (float *)0xA0100000;   // Log 前向输入
+ 8    float *output = (float *)0xB0000000;   // 输出梯度
+ 9
+10    int length = 4096;
+11    int core_mask = 0xff;
+12
+13    fp_log_grad_s(input0, input1, output, length, core_mask);
+14    return 0;
+15}
+
    +
    +

    私有存储版本：

    +
    +
    +void fp_log_grad_p(float *input0, float *input1, float *output, int length)
    +
    + +
    +
    +void hp_log_grad_p(half *input0, half *input1, half *output, int length)
    +
    + +

    C调用示例：

    +
     1// MT7004 单核示例
+ 2#include <stdio.h>
+ 3#include <log_grad.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    half *input0 = (half *)0x10000000;
+ 7    half *input1 = (half *)0x10010000;
+ 8    half *output = (half *)0x10020000;
+ 9
+10    int length = 1024;
+11
+12    hp_log_grad_p(input0, input1, output, length);
+13    return 0;
+14}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/logical_not.html b/master/html/functionlib/dsplib/logical_not.html new file mode 100644 index 0000000..7a30f60 --- /dev/null +++ b/master/html/functionlib/dsplib/logical_not.html @@ -0,0 +1,453 @@ + + + + + + + + + LogicalNot — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    LogicalNot

    +

    对输入数据执行逐元素逻辑非（Logical NOT）运算。对于输入中的每个元素，如果元素值为 0（即为 False），则输出结果为 1（或该类型的 True 值）；如果元素值为非 0（即为 True），则输出为 0。

    +
    +\[output_i = \neg (input_i \neq 0)\]
    +
    +
    输入：
      +

    • input - 输入数据地址。

      • +

    • length - 计算长度。

      • +

    • core_mask(int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持：int8 (i8), int16 (i16), int32 (i32), fp32 (fp), fp64 (dp)

      • +

    • MT7004 支持：int16 (i16), int32 (i32), fp16 (hp), fp32 (fp)

      • +

    • 输出结果的数据类型通常与输入数据类型保持一致。

      • +

    • 逻辑判断准则：0 值视为 False，任何非 0 值均视为 True。

      • +
    +
    +

    共享存储版本:

    +
    +
    +void i8_logical_not_s(int8_t *input, int8_t *output, int length, int core_mask)
    +
    + +
    +
    +void i16_logical_not_s(int16_t *input, int16_t *output, int length, int core_mask)
    +
    + +
    +
    +void i32_logical_not_s(int32_t *input, int32_t *output, int length, int core_mask)
    +
    + +
    +
    +void hp_logical_not_s(half *input, half *output, int length, int core_mask)
    +
    + +
    +
    +void fp_logical_not_s(float *input, float *output, int length, int core_mask)
    +
    + +
    +
    +void dp_logical_not_s(double *input, double *output, int length, int core_mask)
    +

    C调用示例：

    +
     1// FT78NE 示例（共享存储多核并行）
+ 2#include <stdio.h>
+ 3#include "78NE/utils.h"
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *in = (float *)0xA0000000;    // 输入在共享存储空间
+ 7    float *out = (float *)0xB0000000;   // 输出在共享存储空间
+ 8    int length = 960001;
+ 9    int core_mask = 0b1011;             // 使用指定的核心掩码
+10    fp_logical_not_s(in, out, length, core_mask);
+11    return 0;
+12}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void i8_logical_not_p(int8_t *input, int8_t *output, int length)
    +
    + +
    +
    +void i16_logical_not_p(int16_t *input, int16_t *output, int length)
    +
    + +
    +
    +void i32_logical_not_p(int32_t *input, int32_t *output, int length)
    +
    + +
    +
    +void hp_logical_not_p(half *input, half *output, int length)
    +
    + +
    +
    +void fp_logical_not_p(float *input, float *output, int length)
    +
    + +
    +
    +void dp_logical_not_p(double *input, double *output, int length)
    +

    C调用示例：

    +
     1// MT7004 示例（私有存储单核）
+ 2#include <stdio.h>
+ 3
+ 4int main(int argc, char* argv[]) {
+ 5    // 输入和输出均位于私有存储空间
+ 6    int *in = (int *)0x10000000;
+ 7    int *out = (int *)0x10001000;
+ 8    int length = 1024;
+ 9    i32_logical_not_p(in, out, length);
+10    return 0;
+11}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/logical_or.html b/master/html/functionlib/dsplib/logical_or.html new file mode 100644 index 0000000..cdd95b7 --- /dev/null +++ b/master/html/functionlib/dsplib/logical_or.html @@ -0,0 +1,456 @@ + + + + + + + + + LogicalOr — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    LogicalOr

    +

    对两个输入数据执行逐元素逻辑或（Logical OR）运算。对于输入中的每个元素，如果两个对应的输入元素中至少有一个不为 0（即为 True），则输出结果为 1（或该类型的 True 值）；如果两者均为 0，则输出为 0。

    +
    +\[output_i = (input0_i \neq 0) \lor (input1_i \neq 0)\]
    +
    +
    输入：
      +

    • input0 - 第一个输入数据地址。

      • +

    • input1 - 第二个输入数据地址。

      • +

    • length - 计算长度。

      • +

    • core_mask(int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持：int8 (i8), int16 (i16), int32 (i32), fp32 (fp), fp64 (dp)

      • +

    • MT7004 支持：int16 (i16), int32 (i32), fp16 (hp), fp32 (fp)

      • +

    • 输出结果的数据类型通常与输入数据类型保持一致。

      • +

    • 逻辑判断准则：非 0 值视为 True，0 值视为 False。

      • +
    +
    +

    共享存储版本:

    +
    +
    +void i8_logical_or_s(int8_t *input0, int8_t *input1, int8_t *output, int length, int core_mask)
    +
    + +
    +
    +void i16_logical_or_s(int16_t *input0, int16_t *input1, int16_t *output, int length, int core_mask)
    +
    + +
    +
    +void i32_logical_or_s(int32_t *input0, int32_t *input1, int32_t *output, int length, int core_mask)
    +
    + +
    +
    +void hp_logical_or_s(half *input0, half *input1, half *output, int length, int core_mask)
    +
    + +
    +
    +void fp_logical_or_s(float *input0, float *input1, float *output, int length, int core_mask)
    +
    + +
    +
    +void dp_logical_or_s(double *input0, double *input1, double *output, int length, int core_mask)
    +

    C调用示例：

    +
     1// FT78NE 示例（共享存储多核并行）
+ 2#include <stdio.h>
+ 3#include "78NE/utils.h"
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    int32_t *in0 = (int32_t *)0xA0000000;   // 输入0在共享存储空间
+ 7    int32_t *in1 = (int32_t *)0xA1000000;   // 输入1在共享存储空间
+ 8    int32_t *out = (int32_t *)0xB0000000;   // 输出在共享存储空间
+ 9    int length = 960001;
+10    int core_mask = 0b1011;                 // 指定参加计算的核心
+11    i32_logical_or_s(in0, in1, out, length, core_mask);
+12    return 0;
+13}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void i8_logical_or_p(int8_t *input0, int8_t *input1, int8_t *output, int length)
    +
    + +
    +
    +void i16_logical_or_p(int16_t *input0, int16_t *input1, int16_t *output, int length)
    +
    + +
    +
    +void i32_logical_or_p(int32_t *input0, int32_t *input1, int32_t *output, int length)
    +
    + +
    +
    +void hp_logical_or_p(half *input0, half *input1, half *output, int length)
    +
    + +
    +
    +void fp_logical_or_p(float *input0, float *input1, float *output, int length)
    +
    + +
    +
    +void dp_logical_or_p(double *input0, double *input1, double *output, int length)
    +

    C调用示例：

    +
     1// MT7004 示例（私有存储单核）
+ 2#include <stdio.h>
+ 3
+ 4int main(int argc, char* argv[]) {
+ 5    // 输入和输出均位于私有存储空间
+ 6    float *in0 = (float *)0x10000000;
+ 7    float *in1 = (float *)0x10001000;
+ 8    float *out = (float *)0x10002000;
+ 9    int length = 1024;
+10    fp_logical_or_p(in0, in1, out, length);
+11    return 0;
+12}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/logicaland.html b/master/html/functionlib/dsplib/logicaland.html new file mode 100644 index 0000000..a1b8fb8 --- /dev/null +++ b/master/html/functionlib/dsplib/logicaland.html @@ -0,0 +1,466 @@ + + + + + + + + + LogicalAnd — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    LogicalAnd

    +

    逐元素执行逻辑与（Logical AND）运算。

    +

    对输入张量的对应元素先进行布尔化判断，再执行逻辑与运算，输出结果为 0 或 1， +并以与输入相同的数据类型返回。

    +
    +\[\begin{split}\text{output}_i = +\begin{cases} + 1, & \text{if } (\text{input0}_i \neq 0) \land (\text{input1}_i \neq 0) \\ + 0, & \text{otherwise} +\end{cases}\end{split}\]
    +
    +
    输入：
      +

    • input0 - 第一个输入张量的数据地址。

      • +

    • input1 - 第二个输入张量的数据地址。

      • +

    • length - 输入张量的总元素数量。

      • +

    • core_mask - 核掩码。

      • +
    +
    +
    输出：
      +

    • output - 输出张量的数据地址，其大小与 input0、input1 相同。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持的数据类型：fp32, fp64, int8, int16, int32

      • +

    • MT7004 支持的数据类型：fp16, fp32, int16, int32

      • +

    • 输入值在参与逻辑运算前会被转换为布尔值（非 0 为 true，0 为 false）

      • +

    • 输出结果仅为 0 或 1

      • +
    +
    +

    共享存储版本：

    +
    +
    +void fp_and_s(float *input0, float *input1, float *output, int length, int core_mask)
    +
    + +
    +
    +void dp_and_s(double *input0, double *input1, double *output, int length, int core_mask)
    +
    + +
    +
    +void i8_and_s(int8_t *input0, int8_t *input1, int8_t *output, int length, int core_mask)
    +
    + +
    +
    +void i16_and_s(int16_t *input0, int16_t *input1, int16_t *output, int length, int core_mask)
    +
    + +
    +
    +void i32_and_s(int32_t *input0, int32_t *input1, int32_t *output, int length, int core_mask)
    +
    + +
    +
    +void hp_and_s(half *input0, half *input1, half *output, int length, int core_mask)
    +
    + +

    C调用示例：

    +
     1// FT78NE 多核示例
+ 2#include <stdio.h>
+ 3#include <logical_and.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *input0 = (float *)0xA0000000;   // input0 在 DDR 空间
+ 7    float *input1 = (float *)0xA0010000;   // input1 在 DDR 空间
+ 8    float *output = (float *)0xB0000000;   // output 在 DDR 空间
+ 9
+10    int length = 4096;
+11    int core_mask = 0xff;
+12
+13    fp_and_s(input0, input1, output, length, core_mask);
+14    return 0;
+15}
+
    +
    +

    私有存储版本：

    +
    +
    +void fp_and_p(float *input0, float *input1, float *output, int length)
    +
    + +
    +
    +void dp_and_p(double *input0, double *input1, double *output, int length)
    +
    + +
    +
    +void i8_and_p(int8_t *input0, int8_t *input1, int8_t *output, int length)
    +
    + +
    +
    +void i16_and_p(int16_t *input0, int16_t *input1, int16_t *output, int length)
    +
    + +
    +
    +void i32_and_p(int32_t *input0, int32_t *input1, int32_t *output, int length)
    +
    + +
    +
    +void hp_and_p(half *input0, half *input1, half *output, int length)
    +
    + +

    C调用示例：

    +
     1// MT7004 单核示例
+ 2#include <stdio.h>
+ 3#include <logical_and.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    half *input0 = (half *)0x10000000;   // input0 在 L2 空间
+ 7    half *input1 = (half *)0x10002000;   // input1 在 L2 空间
+ 8    half *output = (half *)0x10010000;   // output 在 L2 空间
+ 9
+10    int length = 1024;
+11
+12    hp_and_p(input0, input1, output, length);
+13    return 0;
+14}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/logsoftmax.html b/master/html/functionlib/dsplib/logsoftmax.html new file mode 100644 index 0000000..9585a49 --- /dev/null +++ b/master/html/functionlib/dsplib/logsoftmax.html @@ -0,0 +1,439 @@ + + + + + + + + + LogSoftmax — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    LogSoftmax

    +

    对输入数组沿指定维度进行 Log-Softmax 计算，输出每个元素的对数概率值。

    +
    +\[\text{output}_{i} = \log\frac{\exp(\text{input}_{i})}{\sum_j \exp(\text{input}_j)} +\quad \text{for elements along the given axis}\]
    +
    +
    输入：
      +

    • input_ptr - 输入数据地址。

      • +

    • axis - 归一化的轴。

      • +

    • n_dim - 输入张量维度。

      • +

    • inner_size - 内部尺寸（轴之后的元素个数）。

      • +

    • outter_size - 外部尺寸（轴之前的元素个数）。

      • +

    • axis_size - 归一化轴的元素数量。

      • +

    • core_mask - 核掩码（仅适用于共享存储版本）。

      • +

    • sum_data - 中间累加存储地址（用于存放指数和）。

      • +
    +
    +
    输出：
      +

    • output_ptr - Log-Softmax 计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持fp, int8

      • +

    • MT7004 支持hp, fp

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_logsoftmax_s(float *input_ptr, float *output_ptr, float *sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size, int core_mask)
    +
    + +
    +
    +void hp_logsoftmax_s(half *input_ptr, half *output_ptr, half *sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size, int core_mask)
    +
    + +
    +
    +void i8_logsoftmax_s(int8_t *input_ptr, int8_t *output_ptr, float *sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size, int core_mask)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <logsoftmax.h>
+ 4
+ 5int main() {
+ 6    float *input = (float *)0xA0000000;   // input在DDR空间
+ 7    float *output = (float *)0xC0000000;
+ 8    float *sum_data = (float *)0xD0000000;
+ 9    int axis = 1;
+10    int n_dim = 3;
+11    int inner_size = 4;
+12    int outter_size = 2;
+13    int axis_size = 3;
+14    int core_mask = 0xff;
+15
+16    fp_logsoftmax_s(input, output, sum_data, axis, n_dim, inner_size, outter_size, axis_size, core_mask);
+17    return 0;
+18}
+
    +
    +

    私有存储版本:

    +
    +
    +void fp_logsoftmax_p(float *input_ptr, float *output_ptr, float *sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size)
    +
    + +
    +
    +void hp_logsoftmax_p(half *input_ptr, half *output_ptr, half *sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size)
    +
    + +
    +
    +void i8_logsoftmax_p(int8_t *input_ptr, int8_t *output_ptr, float *sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <logsoftmax.h>
+ 4
+ 5int main() {
+ 6    float *input = (float *)0x10810000;   // input在L2空间
+ 7    float *output = (float *)0x10820000;
+ 8    float *sum_data = (float *)0x10830000;
+ 9    int axis = 1;
+10    int n_dim = 3;
+11    int inner_size = 4;
+12    int outter_size = 2;
+13    int axis_size = 3;
+14
+15    fp_logsoftmax_p(input, output, sum_data, axis, n_dim, inner_size, outter_size, axis_size);
+16    return 0;
+17}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/lpnormalization.html b/master/html/functionlib/dsplib/lpnormalization.html new file mode 100644 index 0000000..d62c9ef --- /dev/null +++ b/master/html/functionlib/dsplib/lpnormalization.html @@ -0,0 +1,447 @@ + + + + + + + + + LpNormalization — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    LpNormalization

    +

    对输入张量按 实例（Instance）+ 通道（Channel） 维度执行 Lp 归一化操作。 +该算子在每个样本的每个通道内，基于 inner_size 维度计算 Lp 范数， +并结合可学习参数 gamma 与 beta 完成缩放与偏移。

    +
    +\[ \begin{align}\begin{aligned}\text{norm}_{b,c} = \left( \sum_{i=1}^{N} |x_{b,c,i}|^p + \epsilon \right)^{\frac{1}{p}}\\y_{b,c,i} = \frac{x_{b,c,i}}{\text{norm}_{b,c}} \cdot \gamma_c + \beta_c\end{aligned}\end{align} \]
    +

    其中：

    +
      +

    • \(b\) 表示 batch 维度

      • +

    • \(c\) 表示通道维度

      • +

    • \(i\) 表示 inner_size 维度

      • +

    • \(p\) 为范数阶数

      • +

    • \(\gamma_c\)、\(\beta_c\) 为通道级缩放与偏移参数

      • +
    +
    +
    输入：
      +

    • input - 输入数据地址，形状为 [batch, channel, inner_size]。

      • +

    • gamma - 缩放参数地址，长度为 channel。

      • +

    • beta - 偏移参数地址，长度为 channel。

      • +

    • p - Lp 范数阶数。

      • +

    • batch - batch 数。

      • +

    • channel - 通道数。

      • +

    • inner_size - 每个通道内的归一化长度。

      • +

    • epsilon - 数值稳定因子。

      • +

    • core_mask - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - LpNormalization 计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持 fp32 类型

      • +

    • MT7004 支持 fp16、fp32 类型

      • +

    • 归一化统计量仅在单个样本、单个通道内计算

      • +

    • p 为浮点数，可用于 L1、L2 等不同范数形式

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_lpnorm_s(float *input, float *gamma, float *beta, float *output, float p, int batch, int channel, int inner_size, float epsilon, int core_mask)
    +
    + +
    +
    +void hp_lpnorm_s(half *input, half *gamma, half *beta, half *output, float p, int batch, int channel, int inner_size, float epsilon, int core_mask)
    +
    + +

    C调用示例：

    +
     1// FT78NE 示例
+ 2#include <stdio.h>
+ 3#include <lpnorm.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *input  = (float *)0xA0000000;   // input 在 DDR 空间
+ 7    float *output = (float *)0xC0000000;
+ 8    float *gamma  = (float *)0xA1000000;
+ 9    float *beta   = (float *)0xA2000000;
+10
+11    int batch = 4;
+12    int channel = 64;
+13    int inner_size = 256;
+14    float p = 2.0f;
+15    float epsilon = 1e-6f;
+16    int core_mask = 0xff;
+17
+18    fp_lpnorm_s(input, gamma, beta, output,
+19                p, batch, channel, inner_size, epsilon, core_mask);
+20    return 0;
+21}
+
    +
    +

    私有存储版本:

    +
    +
    +void fp_lpnorm_p(float *input, float *gamma, float *beta, float *output, float p, int batch, int channel, int inner_size, float epsilon)
    +
    + +
    +
    +void hp_lpnorm_p(half *input, half *gamma, half *beta, half *output, float p, int batch, int channel, int inner_size, float epsilon)
    +
    + +

    C调用示例：

    +
     1// FT78NE 示例
+ 2#include <stdio.h>
+ 3#include <lpnorm.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *input  = (float *)0x10810000;   // input 在 L2 空间
+ 7    float *output = (float *)0x10820000;
+ 8    float *gamma  = (float *)0x10830000;
+ 9    float *beta   = (float *)0x10840000;
+10
+11    int batch = 4;
+12    int channel = 64;
+13    int inner_size = 256;
+14    float p = 2.0f;
+15    float epsilon = 1e-6f;
+16
+17    fp_lpnorm_p(input, gamma, beta, output,
+18                p, batch, channel, inner_size, epsilon);
+19    return 0;
+20}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/lrn.html b/master/html/functionlib/dsplib/lrn.html new file mode 100644 index 0000000..b64d350 --- /dev/null +++ b/master/html/functionlib/dsplib/lrn.html @@ -0,0 +1,425 @@ + + + + + + + + + Lrn — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Lrn

    +

    执行局部响应归一化 (Local Response Normalization)。

    +
    +\[\text{output}_{i,j} = \text{input}_{i,j} \times \left( \text{bias} + \alpha \sum_{k=\max(0, j-d)}^{\min(C-1, j+d)} (\text{input}_{i,k})^2 \right)^{-\beta}\]
    +

    其中，i 遍历每个 out_size 维度，j 表示当前通道，d 是 depth_radius，C 是总通道数 channel， :math:alpha 和 :math:beta 是缩放因子。

    +
    +
    输入：
      +

    • input - 输入张量数据地址，其逻辑布局为 (out_size, channel)。

      • +

    • out_size - 空间/批处理维度的乘积 (例如 N*H*W)。

      • +

    • channel - 通道数 (C)。

      • +

    • depth_radius - 归一化窗口的半径。总的窗口大小为 2 * depth_radius + 1。

      • +

    • alpha - 缩放因子 :math:alpha。

      • +

    • beta - 指数 :math:beta。

      • +

    • bias - 偏置项。

      • +

    • core_mask - 核掩码（仅共享存储版本需要）。

      • +
    +
    +
    输出：
      +

    • Output - 计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持fp32

      • +

    • MT7004 支持fp16, fp32

      • +
    +
    +

    共享存储版本:

    +
    +
    +void hp_lrn_s(half *input, half *output, int out_size, int channel, int depth_radius, float alpha, float beta, float bias, int core_mask)
    +
    + +
    +
    +void fp_lrn_s(float *input, float *output, int out_size, int channel, int depth_radius, float alpha, float beta, float bias, int core_mask)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <lrn.h> // 假设头文件名为 lrn.h
+ 4int main(int argc, char* argv[]) {
+ 5    float *input = (float *)0xA0000000;   //input在DDR空间
+ 6    float *output = (float *)0xC0000000;
+ 7    int out_size = 256; // 例如 N*H*W
+ 8    int channel = 96;
+ 9    int depth_radius = 5;
+10    float alpha = 0.0001f;
+11    float beta = 0.75f;
+12    float bias = 1.0f;
+13    int core_mask = 0xff;
+14    fp_lrn_s(input, output, out_size, channel, depth_radius, alpha, beta, bias, core_mask);
+15    return 0;
+16}
+
    +
    +

    私有存储版本:

    +
    +
    +void hp_lrn_p(half *input, half *output, int out_size, int channel, int depth_radius, float alpha, float beta, float bias)
    +
    + +
    +
    +void fp_lrn_p(float *input, float *output, int out_size, int channel, int depth_radius, float alpha, float beta, float bias)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <lrn.h> // 假设头文件名为 lrn.h
+ 4int main(int argc, char* argv[]) {
+ 5    float *input = (float *)0x10000000;   //input在L2空间
+ 6    float *output = (float *)0x10010000;
+ 7    int out_size = 256; // 例如 N*H*W
+ 8    int channel = 96;
+ 9    int depth_radius = 5;
+10    float alpha = 0.0001f;
+11    float beta = 0.75f;
+12    float bias = 1.0f;
+13    fp_lrn_p(input, output, out_size, channel, depth_radius, alpha, beta, bias);
+14    return 0;
+15}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/lsh_projection.html b/master/html/functionlib/dsplib/lsh_projection.html new file mode 100644 index 0000000..6524324 --- /dev/null +++ b/master/html/functionlib/dsplib/lsh_projection.html @@ -0,0 +1,473 @@ + + + + + + + + + LshProjection — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    LshProjection

    +

    局部敏感哈希（Locality Sensitive Hashing, LSH）投影算子。该算子通过多个哈希组（Hash Groups）对输入特征进行处理，每组生成一个指定位宽（bits_per_hash）的哈希签名（int32）。

    +

    内部逻辑基于 FNV1a 哈希算法和加权评分机制，将高维特征映射为低维的离散哈希值。

    +
    +
    计算过程：
      +

    1. 对于每个哈希组 $i$，循环执行 $j$ 次（$j < bits_per_hash$）。

      2. +

    2. 每次根据特定的哈希种子 $seed_{i,j}$ 计算特征与权重的加权评分，并通过评分符号决定一个 Bit 位（0 或 1）。

      3. +

    3. 将生成的 Bit 位拼接成一个完整的 32 位整型哈希签名。

      4. +
    +
    +
    输入：
      +

    • hash_seed - 哈希种子数组地址（float 类型）。

      • +

    • feature - 输入特征向量地址（int32 类型）。

      • +

    • weight - 权重向量地址（类型随算子名而定，若为 NULL 则不加权）。

      • +

    • hash_group_num - 生成的哈希组数量（即输出结果的个数）。

      • +

    • bits_per_hash - 每组哈希签名的有效位数（通常 $le 32$）。

      • +

    • feature_num - 特征向量的维度。

      • +

    • core_mask(int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 存储生成的哈希签名地址（int32 数组）。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持权重类型：int8 (i8), int16 (i16), int32 (i32), fp32 (fp), fp64 (dp)

      • +

    • MT7004 支持权重类型：int16 (i16), int32 (i32), fp16 (hp), fp32 (fp)

      • +

    • 特征输入（feature）在所有平台上固定为 int32 类型。

      • +

    • 输出结果（output）在所有平台上固定为 int32 类型。

      • +
    +
    +

    共享存储版本:

    +
    +
    +void i8_lsh_projection_s(const float *hash_seed, const int32_t *feature, const int8_t *weight, int32_t *output, int hash_group_num, int bits_per_hash, int feature_num, int core_mask)
    +
    + +
    +
    +void i16_lsh_projection_s(const float *hash_seed, const int32_t *feature, const int16_t *weight, int32_t *output, int hash_group_num, int bits_per_hash, int feature_num, int core_mask)
    +
    + +
    +
    +void i32_lsh_projection_s(const float *hash_seed, const int32_t *feature, const int32_t *weight, int32_t *output, int hash_group_num, int bits_per_hash, int feature_num, int core_mask)
    +
    + +
    +
    +void hp_lsh_projection_s(const float *hash_seed, const int32_t *feature, const half *weight, int32_t *output, int hash_group_num, int bits_per_hash, int feature_num, int core_mask)
    +
    + +
    +
    +void fp_lsh_projection_s(const float *hash_seed, const int32_t *feature, const float *weight, int32_t *output, int hash_group_num, int bits_per_hash, int feature_num, int core_mask)
    +
    + +
    +
    +void dp_lsh_projection_s(const float *hash_seed, const int32_t *feature, const double *weight, int32_t *output, int hash_group_num, int bits_per_hash, int feature_num, int core_mask)
    +

    C调用示例：

    +
     1// FT78NE 示例：fp32 权重，多核共享存储
+ 2#include "78NE/utils.h"
+ 3
+ 4int main() {
+ 5    float* hash_seed = (float*)0xA0000000;
+ 6    int32_t* feature = (int32_t*)0xA1000000;
+ 7    float* weight = (float*)0xA2000000;
+ 8    int32_t* output = (int32_t*)0xB0000000;
+ 9
+10    int hash_group_num = 128;
+11    int bits_per_hash = 16;
+12    int feature_num = 64;
+13    int core_mask = 0xFF;
+14
+15    fp_lsh_projection_s(hash_seed, feature, weight, output,
+16                        hash_group_num, bits_per_hash, feature_num, core_mask);
+17    return 0;
+18}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void i8_lsh_projection_p(const float *hash_seed, const int32_t *feature, const int8_t *weight, int32_t *output, int hash_group_num, int bits_per_hash, int feature_num)
    +
    + +
    +
    +void i16_lsh_projection_p(const float *hash_seed, const int32_t *feature, const int16_t *weight, int32_t *output, int hash_group_num, int bits_per_hash, int feature_num)
    +
    + +
    +
    +void i32_lsh_projection_p(const float *hash_seed, const int32_t *feature, const int32_t *weight, int32_t *output, int hash_group_num, int bits_per_hash, int feature_num)
    +
    + +
    +
    +void hp_lsh_projection_p(const float *hash_seed, const int32_t *feature, const half *weight, int32_t *output, int hash_group_num, int bits_per_hash, int feature_num)
    +
    + +
    +
    +void fp_lsh_projection_p(const float *hash_seed, const int32_t *feature, const float *weight, int32_t *output, int hash_group_num, int bits_per_hash, int feature_num)
    +
    + +
    +
    +void dp_lsh_projection_p(const float *hash_seed, const int32_t *feature, const double *weight, int32_t *output, int hash_group_num, int bits_per_hash, int feature_num)
    +

    C调用示例：

    +
     1// MT7004 示例：fp16 (hp) 权重，私有存储单核
+ 2#include <stdio.h>
+ 3
+ 4int main() {
+ 5    float* hash_seed = (float*)0x10000000;
+ 6    int32_t* feature = (int32_t*)0x10001000;
+ 7    half* weight = (half*)0x10002000;
+ 8    int32_t* output = (int32_t*)0x10003000;
+ 9
+10    int hash_group_num = 64;
+11    int bits_per_hash = 8;
+12    int feature_num = 32;
+13
+14    hp_lsh_projection_p(hash_seed, feature, weight, output,
+15                        hash_group_num, bits_per_hash, feature_num);
+16    return 0;
+17}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/lstm.html b/master/html/functionlib/dsplib/lstm.html index 907c803..c6d78b2 100644 --- a/master/html/functionlib/dsplib/lstm.html +++ b/master/html/functionlib/dsplib/lstm.html @@ -23,8 +23,8 @@ - - + + @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
    @@ -47,11 +47,7 @@
    @@ -112,15 +277,15 @@
    输入：
      -

    • input - 输入序列数据，形状为 \((seq_len, batch, input_size)\)，即每个时间步的输入特征。

      • -

    • weight_i - 输入到各门 \((input、forget、cell、output)\) 的权重矩阵，大小为 4 * hidden_size * input_size。

      • -

    • weight_h - 上一隐藏状态到各门的权重矩阵，大小为 \(4 * hidden_size * hidden_size\)

      • +

    • input - 输入序列数据，形状为 \((seq\_len, batch, input\_size)\)，即每个时间步的输入特征。

      • +

    • weight_i - 输入到各门 \((input, forget, cell, output)\) 的权重矩阵，大小为 4 * hidden_size * input_size。

      • +

    • weight_h - 上一隐藏状态到各门的权重矩阵，大小为 \(4 * hidden\_size * hidden\_size\)

    • input_bias - 输入部分的偏置项，对应 4 个门的偏置。

      • -

    • state_bias - 隐藏状态部分的偏置项（也是 \(4 * hidden_size\)），与 input_bias 一起求和形成总偏置。

      • -

    • hidden_state - 当前批次初始隐藏状态输入（ \(h₀\) ），执行后更新为最后时刻的隐藏状态输出（ \(hₜ\)）

      • -

    • cell_state - 当前批次初始细胞状态输入（ \(c₀\)），执行后更新为最后时刻的细胞状态输出（ \(cₜ\)）。

      • +

    • state_bias - 隐藏状态部分的偏置项（也是 \(4 * hidden\_size\)），与 input_bias 一起求和形成总偏置。

      • +

    • hidden_state - 当前批次初始隐藏状态输入（ \(h_0\) ），执行后更新为最后时刻的隐藏状态输出（ \(h_t\)）

      • +

    • cell_state - 当前批次初始细胞状态输入（ \(c_0\)），执行后更新为最后时刻的细胞状态输出（ \(c_t\)）。

    • buffer - 临时工作区指针数组（中间计算缓存，如门值、激活结果、临时矩阵等，用于优化性能）。

    • LstmParameter - LSTM 配置参数结构体，包含输入大小、隐藏层维度、序列长度、是否双向等信息。

    • core_mask - 核掩码（仅适用于共享存储版本）。

      • @@ -204,7 +369,7 @@ h_t &= o_t \odot \tanh(c_t) && \text{(隐藏状态更新)}

      备注

      • FT78NE 支持fp32

        • -

      • MT7004 支持fp32

        • +

      • MT7004 支持fp32、fp16

    @@ -215,6 +380,11 @@ h_t &= o_t \odot \tanh(c_t) && \text{(隐藏状态更新)} void fp_Lstm_s(float *output, const float *input, const float *weight_i, const float *weight_h, const float *input_bias, const float *state_bias, float *hidden_state, float *cell_state, float *buffer[9], const LstmParameter *lstm_param, int core_mask)
    +
    +
    +void hp_Lstm_s(half *output, const half *input, const half *weight_i, const half *weight_h, const half *input_bias, const half *state_bias, half *hidden_state, half *cell_state, half *buffer[9], const LstmParameter *lstm_param, int core_mask)
    +
    +

    C调用示例：

     1//FT78NE示例
@@ -268,6 +438,11 @@ h_t &= o_t \odot \tanh(c_t) && \text{(隐藏状态更新)}
 
    
 
    
 void fp_Lstm_p(float *output, const float *input, const float *weight_i, const float *weight_h, const float *input_bias, const float *state_bias, float *hidden_state, float *cell_state, float *buffer[9], const LstmParameter *lstm_param)
    
+
    
+
+
    
+
    
+void hp_Lstm_p(half *output, const half *input, const half *weight_i, const half *weight_h, const half *input_bias, const half *state_bias, half *hidden_state, half *cell_state, half *buffer[9], const LstmParameter *lstm_param)
    
 
    
 
    C调用示例：
    
 
    
@@ -323,14 +498,14 @@ h_t &= o_t \odot \tanh(c_t) && \text{(隐藏状态更新)}
    @@ -112,15 +277,15 @@
    @@ -112,15 +277,15 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • Range
    • @@ -194,9 +359,9 @@ 7 float delta = 0.5f; 8 int length = 1000; 9 int core_mask = 0xff; -10 fp_range_s(output, start, delta, length, core_mask); -11 return 0; -12} +10 fp_range_s(output, start, delta, length, core_mask); +11 return 0; +12}
    @@ -234,9 +399,9 @@ 6 float start = 1.5f; 7 float delta = 0.5f; 8 int length = 1000; - 9 fp_range_p(output, start, delta, length); -10 return 0; -11} + 9 fp_range_p(output, start, delta, length); +10 return 0; +11}
    @@ -254,7 +419,7 @@
    -

    © 版权所有 2025 - 2025, NUDT-674。

    +

    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/rank.html b/master/html/functionlib/dsplib/rank.html new file mode 100644 index 0000000..6358262 --- /dev/null +++ b/master/html/functionlib/dsplib/rank.html @@ -0,0 +1,398 @@ + + + + + + + + + Rank — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Rank

    +
    +

    获取输入张量的秩（维数），并将该值写入输出地址。

    +
    +
    输入：
      +

    • output - 输出数据的地址，用于存储秩的结果。

      • +

    • n - 输入张量的秩（维数）。

      • +

    • core_mask - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 存储秩数值的地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • 由于该算子对于不同数据类型的具体实现一致，因此统一使用 rank_s 和 rank_p 命名，不再区分数据类型前缀（如 fp_, i8_ 等）。

      • +

    • 支持的数据类型包括：int8, int16, int32, fp32, fp64, cplx64, cplx128。

      • +
    +
    +
    +

    共享存储版本:

    +
    +
    +void rank_s(int *output, int n, int core_mask)
    +

    C调用示例：

    +
     1#include <stdio.h>
+ 2
+ 3int main(int argc, char* argv[]) {
+ 4    int n = 4; // 假设张量的秩为4
+ 5    int *output = (int *)0xA0000000;
+ 6    int core_mask = 0xff;
+ 7
+ 8    rank_s(output, n, core_mask);
+ 9
+10    return 0;
+11}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void rank_p(int *output, int n)
    +

    C调用示例：

    +
     1#include <stdio.h>
+ 2
+ 3int main(int argc, char* argv[]) {
+ 4    int n = 3; // 假设张量的秩为3
+ 5    int *output = (int *)0x10810000;
+ 6
+ 7    rank_p(output, n);
+ 8
+ 9    return 0;
+10}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/real_div.html b/master/html/functionlib/dsplib/real_div.html new file mode 100644 index 0000000..5e8f15c --- /dev/null +++ b/master/html/functionlib/dsplib/real_div.html @@ -0,0 +1,473 @@ + + + + + + + + + RealDiv — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    RealDiv

    +

    逐元素计算两个输入的除法。

    +
    +\[output_i = \frac{input0_i}{input1_i}\]
    +
    +
    输入：
      +

    • input0 - 被除数输入数据地址。

      • +

    • input1 - 除数输入数据地址。

      • +

    • length - 计算长度。

      • +

    • core_mask(int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128

      • +

    • MT7004 支持 fp16, fp32, int16, int32, cplx64

      • +

    • 若除数元素为 0，则输出结果为无穷大或未定义值，需由上层逻辑处理。

      • +
    +
    +

    共享存储版本:

    +
    +
    +void i8_real_div_s(int8_t *input0, int8_t *input1, int8_t *output, int length, int core_mask)
    +
    + +
    +
    +void i16_real_div_s(int16_t *input0, int16_t *input1, int16_t *output, int length, int core_mask)
    +
    + +
    +
    +void i32_real_div_s(int32_t *input0, int32_t *input1, int32_t *output, int length, int core_mask)
    +
    + +
    +
    +void hp_real_div_s(half *input0, half *input1, half *output, int length, int core_mask)
    +
    + +
    +
    +void fp_real_div_s(float *input0, float *input1, float *output, int length, int core_mask)
    +
    + +
    +
    +void dp_real_div_s(double *input0, double *input1, double *output, int length, int core_mask)
    +
    + +
    +
    +void c64_real_div_s(float *input0, float *input1, float *output, int length, int core_mask)
    +
    + +
    +
    +void c128_real_div_s(double *input0, double *input1, double *output, int length, int core_mask)
    +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3
+ 4int main(int argc, char* argv[]) {
+ 5    float *input0 = (float *)0xA0000000;   // input0 在 DDR 空间
+ 6    float *input1 = (float *)0xA1000000;   // input1 在 DDR 空间
+ 7    float *output = (float *)0xB0000000;   // 输出结果在 DDR 空间
+ 8    int length = 1024;
+ 9    int core_mask = 0xff;
+10    fp_real_div_s(input0, input1, output, length, core_mask);
+11    return 0;
+12}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void i8_real_div_p(int8_t *input0, int8_t *input1, int8_t *output, int length)
    +
    + +
    +
    +void i16_real_div_p(int16_t *input0, int16_t *input1, int16_t *output, int length)
    +
    + +
    +
    +void i32_real_div_p(int32_t *input0, int32_t *input1, int32_t *output, int length)
    +
    + +
    +
    +void hp_real_div_p(half *input0, half *input1, half *output, int length)
    +
    + +
    +
    +void fp_real_div_p(float *input0, float *input1, float *output, int length)
    +
    + +
    +
    +void dp_real_div_p(double *input0, double *input1, double *output, int length)
    +
    + +
    +
    +void c64_real_div_p(float *input0, float *input1, float *output, int length)
    +
    + +
    +
    +void c128_real_div_p(double *input0, double *input1, double *output, int length)
    +

    C调用示例：

    +
     1//MT7004 示例
+ 2#include <stdio.h>
+ 3
+ 4int main(int argc, char* argv[]) {
+ 5    float *input0 = (float *)0x10000000;
+ 6    float *input1 = (float *)0x10001000;
+ 7    float *output = (float *)0x10002000;
+ 8    int length = 1024;
+ 9    fp_real_div_p(input0, input1, output, length);
+10    return 0;
+11}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/reciprocal.html b/master/html/functionlib/dsplib/reciprocal.html new file mode 100644 index 0000000..c151740 --- /dev/null +++ b/master/html/functionlib/dsplib/reciprocal.html @@ -0,0 +1,470 @@ + + + + + + + + + Reciprocal — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Reciprocal

    +

    逐元素计算输入数据的倒数。

    +
    +\[output_i = \frac{1}{Input_i}\]
    +
    +
    输入：
      +

    • Input - 输入数据地址。

      • +

    • length - 计算长度。

      • +

    • core_mask(int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128

      • +

    • MT7004 支持 fp16, fp32, int16, int32, cplx64

      • +

    • 当输入为 0 时，输出结果为无穷大或未定义值，需由上层逻辑处理。

      • +
    +
    +

    共享存储版本:

    +
    +
    +void i8_reciprocal_s(int8_t *Input, float *output, int length, int core_mask)
    +
    + +
    +
    +void i16_reciprocal_s(int16_t *Input, float *output, int length, int core_mask)
    +
    + +
    +
    +void i32_reciprocal_s(int32_t *Input, float *output, int length, int core_mask)
    +
    + +
    +
    +void hp_reciprocal_s(half *Input, half *output, int length, int core_mask)
    +
    + +
    +
    +void fp_reciprocal_s(float *Input, float *output, int length, int core_mask)
    +
    + +
    +
    +void dp_reciprocal_s(double *Input, double *output, int length, int core_mask)
    +
    + +
    +
    +void c64_reciprocal_s(float *Input, float *output, int length, int core_mask)
    +
    + +
    +
    +void c128_reciprocal_s(double *Input, double *output, int length, int core_mask)
    +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3
+ 4int main(int argc, char* argv[]) {
+ 5    float *input = (float *)0xA0000000;   //input在DDR空间
+ 6    float *output = (float *)0xB0000000;
+ 7    int length = 1000;
+ 8    int core_mask = 0xff;
+ 9    fp_reciprocal_s(input, output, length, core_mask);
+10    return 0;
+11}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void i8_reciprocal_p(int8_t *Input, float *output, int length)
    +
    + +
    +
    +void i16_reciprocal_p(int16_t *Input, float *output, int length)
    +
    + +
    +
    +void i32_reciprocal_p(int32_t *Input, float *output, int length)
    +
    + +
    +
    +void hp_reciprocal_p(half *Input, half *output, int length)
    +
    + +
    +
    +void fp_reciprocal_p(float *Input, float *output, int length)
    +
    + +
    +
    +void dp_reciprocal_p(double *Input, double *output, int length)
    +
    + +
    +
    +void c64_reciprocal_p(float *Input, float *output, int length)
    +
    + +
    +
    +void c128_reciprocal_p(double *Input, double *output, int length)
    +

    C调用示例：

    +
     1//MT7004示例
+ 2#include <stdio.h>
+ 3
+ 4int main(int argc, char* argv[]) {
+ 5    float *input = (float *)0x10000000;
+ 6    float *output = (float *)0x10001000;
+ 7    int length = 1000;
+ 8    fp_reciprocal_p(input, output, length);
+ 9    return 0;
+10}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/reduce.html b/master/html/functionlib/dsplib/reduce.html index 2c42918..191bcaa 100644 --- a/master/html/functionlib/dsplib/reduce.html +++ b/master/html/functionlib/dsplib/reduce.html @@ -34,7 +34,7 @@ - + MindSpore Signal+ 使用手册
    @@ -46,11 +46,7 @@
    @@ -111,15 +276,15 @@
    @@ -111,15 +276,15 @@
    @@ -111,15 +276,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • ReverseSequence
    • @@ -250,7 +415,7 @@
      -

      © 版权所有 2025 - 2025, NUDT-674。

      +

      © 版权所有 2025 - 2026, NUDT-674。

      利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/reversev2.html b/master/html/functionlib/dsplib/reversev2.html index ae66b94..d8a8ccb 100644 --- a/master/html/functionlib/dsplib/reversev2.html +++ b/master/html/functionlib/dsplib/reversev2.html @@ -34,7 +34,7 @@ - + MindSpore Signal+ 使用手册
      @@ -46,11 +46,7 @@
    @@ -111,15 +276,15 @@
    @@ -112,15 +277,15 @@
    -

    © 版权所有 2025 - 2025, NUDT-674。

    +

    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/scatter_elements.html b/master/html/functionlib/dsplib/scatter_elements.html index 550a22f..2238044 100644 --- a/master/html/functionlib/dsplib/scatter_elements.html +++ b/master/html/functionlib/dsplib/scatter_elements.html @@ -23,7 +23,7 @@ - + @@ -34,7 +34,7 @@ - + MindSpore Signal+ 使用手册
    @@ -46,11 +46,7 @@
    @@ -111,15 +276,15 @@
    @@ -112,15 +277,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • SGD
    • @@ -136,6 +301,17 @@

      SGD

      对权重张量执行带动量与权重衰减的随机梯度下降更新。

      +
      +\[\begin{split}\begin{aligned} +g'_t &= g_t + weight\_decay \cdot w_{t-1} \\ +m_t &= moment \cdot m_{t-1} + (1 - dampening) \cdot g'_t \\ +u_t &= +\begin{cases} + m_t \cdot moment + g'_t, & \text{if nesterov = True} \\ + m_t, & \text{otherwise} +\end{cases} \\ +w_t &= w_{t-1} - learning\_rate \cdot u_t +\end{aligned}\end{split}\]
      输入：

      • weight - 待更新权重张量首地址。

        • @@ -177,18 +353,7 @@
        void fp_sgd_s(float *weight, float *accumulate, const float *gradient, float learning_rate, float dampening, float moment, bool nesterov, float weight_decay, int start, int end, int core_mask)
        -
        -\[\begin{split}\begin{aligned} -g'_t &= g_t + weight\_decay \cdot w_{t-1} \\ -m_t &= moment \cdot m_{t-1} + (1 - dampening) \cdot g'_t \\ -u_t &= -\begin{cases} - m_t \cdot moment + g'_t, & \text{if nesterov = True} \\ - m_t, & \text{otherwise} -\end{cases} \\ -w_t &= w_{t-1} - learning\_rate \cdot u_t -\end{aligned}\end{split}\]
        -

        C调用示例：

        +

        C调用示例：

         1// FT78NE 多核示例
  2#include <stdio.h>
  3#include <stdbool.h>
@@ -206,9 +371,9 @@ w_t &= w_{t-1} - learning\_rate \cdot u_t
 15    bool nesterov = true;
 16    float weight_decay = 1e-2f;
 17    fp_sgd_s(weight, accumulate, gradient, learning_rate,
-18             dampening, moment, nesterov, weight_decay,
-19             start, end, core_mask);
-20    return 0;
+18             dampening, moment, nesterov, weight_decay,
+19             start, end, core_mask);
+20    return 0;
 21}
        @@ -239,9 +404,9 @@ w_t &= w_{t-1} - learning\_rate \cdot u_t 13 bool nesterov = false; 14 float weight_decay = 5e-3f; 15 hp_sgd_p(weight, accumulate, gradient, learning_rate, -16 dampening, moment, nesterov, weight_decay, -17 length); -18 return 0; +16 dampening, moment, nesterov, weight_decay, +17 length); +18 return 0; 19}
    @@ -260,7 +425,7 @@ w_t &= w_{t-1} - learning\_rate \cdot u_t
    -

    © 版权所有 2025 - 2025, NUDT-674。

    +

    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/shape.html b/master/html/functionlib/dsplib/shape.html new file mode 100644 index 0000000..41c5874 --- /dev/null +++ b/master/html/functionlib/dsplib/shape.html @@ -0,0 +1,416 @@ + + + + + + + + + Shape — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Shape

    +

    形状推断函数（Shape Inference Function）。该函数根据输入张量的形状和算子参数，推断输出张量的形状。该函数不区分数据类型，只处理张量的形状信息。

    +

    如果所有输出张量都是常量（ConstTensor 或 ConstScalar），则直接返回，不进行形状推断。否则，根据算子类型调用相应的形状推断函数。

    +
    +
    支持的算子类型：
      +

    • Arithmetic_InferShape - 算术运算的形状推断

      • +

    • Common_InferShape - 通用算子的形状推断

      • +

    • Softmax_InferShape - Softmax 算子的形状推断

      • +

    • MaxMinGrad_InferShape - MaxMin 梯度算子的形状推断

      • +

    • Dropout_InferShape - Dropout 算子的形状推断

      • +

    • DynamicQuant_InferShape - 动态量化算子的形状推断

      • +

    • Fft_InferShape - FFT 算子的形状推断

      • +

    • Flatten_InferShape - Flatten 算子的形状推断

      • +

    • LayerNorm_InferShape - LayerNorm 算子的形状推断

      • +

    • LogSoftmax_InferShape - LogSoftmax 算子的形状推断

      • +
    +
    +
    输入：
      +

    • inputs - 输入张量数组（TensorC** 类型）。

      • +

    • inputs_size - 输入张量的数量。

      • +

    • outputs - 输出张量数组（TensorC** 类型）。

      • +

    • outputs_size - 输出张量的数量。

      • +

    • param - 算子参数（OpParameter* 类型），包含算子类型和其他参数信息。

      • +
    +
    +
    输出：
      +

    • outputs - 输出张量数组，其中的形状信息会被更新。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • 该函数不区分数据类型，适用于所有数据类型

      • +

    • 函数会自动检查输出是否为常量，如果是常量则跳过形状推断

      • +
    +
    +

    共享存储/私有存储版本:

    +
    +
    +void shape(TensorC **inputs, int inputs_size, TensorC **outputs, int outputs_size, OpParameter *param)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <shape.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    TensorC** input_tensors_ptrs = (TensorC**)0x10010000;
+ 7    TensorC** output_tensors_ptrs = (TensorC**)0x10011000;
+ 8
+ 9    TensorC input0;
+10    TensorC input1;
+11    TensorC output;
+12
+13    int input0_shape[4] = {1,2,3,4};
+14    int input1_shape[4] = {1,3,4};
+15    int output_shape[4]; //不用初始化
+16    memcpy(input0.shape_, input0_shape, 4 * sizeof(int));
+17    input0.shape_size_ = 4;
+18    memcpy(input1.shape_, input1_shape, 4 * sizeof(int));
+19    input1.shape_size_ = 3;
+20    input0.data_type_ = kNumberTypeFloat32;
+21    input1.data_type_ = kNumberTypeFloat32;
+22    input0.format_ = Format_NCHW;
+23    input1.format_ = Format_NCHW;
+24
+25    input_tensors_ptrs[0] = &input0;
+26    input_tensors_ptrs[1] = &input1;
+27    output_tensors_ptrs[0] = &output;
+28
+29    ArithmeticParameter param;
+30    param.op_parameter_.type_ = Arithmetic_InferShape;
+31
+32    shape(input_tensors_ptrs, 2, output_tensors_ptrs, 1, (OpParameter*)&param);
+33    return 0;
+34}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/sigmoidcrossentropwithlogitsgrad.html b/master/html/functionlib/dsplib/sigmoidcrossentropwithlogitsgrad.html new file mode 100644 index 0000000..4dc3a44 --- /dev/null +++ b/master/html/functionlib/dsplib/sigmoidcrossentropwithlogitsgrad.html @@ -0,0 +1,437 @@ + + + + + + + + + SigmoidCrossEntropyWithLogitsGrad — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    +
    + +
    +
    +
    +
    + +
    +

    SigmoidCrossEntropyWithLogitsGrad

    +

    计算 Sigmoid Cross Entropy With Logits 的梯度。 +该算子以 logits 和 labels 为输入，输出对 logits 的梯度值。

    +

    数学表达式为：

    +
    +\[ \begin{align}\begin{aligned}\sigma(x) = \frac{1}{1 + e^{-x}}\\\quad\\dst_i = \sigma(x_i) - y_i\end{aligned}\end{align} \]
    +
    +
    其中：
      +

    • \(x_i\) 表示第 i 个 logit（Input0）

      • +

    • \(y_i\) 表示第 i 个标签（Input1）

      • +
    +
    +
    +

    为提高数值稳定性，计算中对正负 logits 采用不同形式：

    +
    +\[\begin{split}\sigma(x) = +\begin{cases} + \dfrac{1}{1 + e^{-x}}, & x > 0 \\ + \dfrac{e^{x}}{1 + e^{x}}, & x \le 0 +\end{cases}\end{split}\]
    +
    +
    输入：
      +

    • Input0 - logits 输入数据地址。

      • +

    • Input1 - 标签（labels）数据地址。

      • +

    • length - 计算长度。

      • +

    • core_mask - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 梯度计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持 fp32 类型

      • +

    • MT7004 支持 fp16、fp32 类型

      • +

    • 输入 logits 与 labels 必须具有相同长度

      • +

    • 输出为对 logits 的梯度，不包含对 labels 的梯度

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_sigmoidcrossentropywithlogitsgrad_s(float *Input0, float *Input1, float *output, int length, int core_mask)
    +
    + +
    +
    +void hp_sigmoidcrossentropywithlogitsgrad_s(half *Input0, half *Input1, half *output, int length, int core_mask)
    +
    + +

    C调用示例：

    +
     1// FT78NE 示例
+ 2#include <stdio.h>
+ 3#include <sigmoid_cross_entropy.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *logits = (float *)0xA0000000;   // DDR 空间
+ 7    float *labels = (float *)0xA0100000;
+ 8    float *output = (float *)0xC0000000;
+ 9
+10    int length = 1024;
+11    int core_mask = 0xff;
+12
+13    fp_sigmoidcrossentropywithlogitsgrad_s(logits, labels, output, length, core_mask);
+14
+15    return 0;
+16}
+
    +
    +

    私有存储版本:

    +
    +
    +void fp_sigmoidcrossentropywithlogitsgrad_p(float *Input0, float *Input1, float *output, int length)
    +
    + +
    +
    +void hp_sigmoidcrossentropywithlogitsgrad_p(half *Input0, half *Input1, half *output, int length)
    +
    + +

    C调用示例：

    +
     1// FT78NE 示例（私有存储）
+ 2#include <stdio.h>
+ 3#include <sigmoid_cross_entropy.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *logits = (float *)0x10810000;   // L2 空间
+ 7    float *labels = (float *)0x10820000;
+ 8    float *output = (float *)0x10830000;
+ 9
+10    int length = 1024;
+11    fp_sigmoidcrossentropywithlogitsgrad_p( logits, labels, output, length);
+12
+13    return 0;
+14}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/sigmoidcrossentropywithlogits.html b/master/html/functionlib/dsplib/sigmoidcrossentropywithlogits.html new file mode 100644 index 0000000..ccabb4d --- /dev/null +++ b/master/html/functionlib/dsplib/sigmoidcrossentropywithlogits.html @@ -0,0 +1,437 @@ + + + + + + + + + SigmoidCrossEntropyWithLogits — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    +
    + +
    +
    +
    +
    + +
    +

    SigmoidCrossEntropyWithLogits

    +

    计算预测值与真实值之间的sigmoid交叉熵。

    +

    测量离散分类任务中的分布误差，每个类相互独立，且计算出各个类的交叉熵损失。

    +

    将输入 logits 设置为 \(X\)，输入 label 为 \(Y\)，输出为 \(loss\)。然后，

    +
    +\[\begin{split}\begin{aligned} +p &= \text{sigmoid}(X) = \frac{1}{1 + e^{-X}} \\ +loss &= -[Y \cdot \ln(p) + (1 - Y) \cdot \ln(1 - p)] +\end{aligned}\end{split}\]
    +
    +
    输入：
      +

    • input0 - 输入 logits 张量地址。

      • +

    • input1 - 输入标签张量地址，与 logits 形状相同。

      • +

    • length - 张量元素总数。

      • +

    • core_mask(int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 输出损失张量地址，与输入张量形状相同。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持的数据类型：int8, fp32

      • +

    • MT7004 支持的数据类型：fp16, fp32

      • +
    +
    +

    共享存储版本：

    +
    +
    +void i8_sigmoidcrossentropywithlogits_s(int8_t *input0, int8_t *input1, int8_t *output, int length, int core_mask)
    +
    + +
    +
    +void fp_sigmoidcrossentropywithlogits_s(float *input0, float *input1, float *output, int length, int core_mask)
    +
    + +
    +
    +void hp_sigmoidcrossentropywithlogits_s(half *input0, half *input1, half *output, int length, int core_mask)
    +
    + +

    C调用示例：

    +
    +
     1// FT78NE 多核示例
+ 2#include <stdio.h>
+ 3#include <sigmoidcrossentropywithlogits.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *input0 = (float *)0xA0000000;   // logits在DDR空间
+ 7    float *input1 = (float *)0xB0000000;    // label在DDR空间
+ 8    float *output = (float *)0xC0000000;   // 输出损失在DDR空间
+ 9    int length = 1000;
+10    int core_mask = 0xff;
+11
+12    // 计算 sigmoid 交叉熵损失
+13    fp_sigmoidcrossentropywithlogits_s(input0, input1, output, length, core_mask);
+14    return 0;
+15}
+
    +
    +
    +

    私有存储版本：

    +
    +
    +void i8_sigmoidcrossentropywithlogits_p(int8_t *input0, int8_t *input1, int8_t *output, int length)
    +
    + +
    +
    +void fp_sigmoidcrossentropywithlogits_p(float *input0, float *input1, float *output, int length)
    +
    + +
    +
    +void hp_sigmoidcrossentropywithlogits_p(half *input0, half *input1, half *output, int length)
    +
    + +

    C调用示例：

    +
    +
     1// MT7004 单核示例
+ 2#include <stdio.h>
+ 3#include <sigmoidcrossentropywithlogits.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    half *input0 = (half *)0x10000000;   // logits在L2空间
+ 7    half *input1 = (half *)0x10004000;    // label在L2空间
+ 8    half *output = (half *)0x10008000;   // 输出损失在L2空间
+ 9    int length = 1000;
+10
+11    // 计算 sigmoid 交叉熵损失
+12    hp_sigmoidcrossentropywithlogits_p(input0, input1, output, length);
+13    return 0;
+14}
+
    +
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/sin.html b/master/html/functionlib/dsplib/sin.html new file mode 100644 index 0000000..200b51c --- /dev/null +++ b/master/html/functionlib/dsplib/sin.html @@ -0,0 +1,453 @@ + + + + + + + + + Sin — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Sin

    +

    传入一个数组，对每个元素逐元素计算其正弦值并输出。

    +
    +\[dst_i = \sin(src_i)\]
    +

    输入角度单位为弧度。

    +
    +
    输入：
      +

    • src_data - 输入数据地址。

      • +

    • length - 计算长度。

      • +

    • core_mask - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • dst_data - 计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持 fp, dp, int8, int16, int32

      • +

    • MT7004 支持 hp, fp, int16, int32

      • +

    • 整数类型在计算时会先转换为浮点数，再按对应类型输出

      • +
    +
    +

    共享存储版本:

    +
    +
    +void i8_sin_s(int8_t *src_data, float *dst_data, int length, int core_mask)
    +
    + +
    +
    +void i16_sin_s(int16_t *src_data, float *dst_data, int length, int core_mask)
    +
    + +
    +
    +void i32_sin_s(int *src_data, float *dst_data, int length, int core_mask)
    +
    + +
    +
    +void hp_sin_s(half *src_data, half *dst_data, int length, int core_mask)
    +
    + +
    +
    +void fp_sin_s(float *src_data, float *dst_data, int length, int core_mask)
    +
    + +
    +
    +void dp_sin_s(double *src_data, double *dst_data, int length, int core_mask)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <sin.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *input = (float *)0xA0000000;   // input在DDR空间
+ 7    float *output = (float *)0xC0000000;
+ 8    int length = 1024;
+ 9    int core_mask = 0xff;
+10    fp_sin_s(input, output, length, core_mask);
+11    return 0;
+12}
+
    +
    +

    私有存储版本:

    +
    +
    +void i8_sin_p(int8_t *src_data, float *dst_data, int length)
    +
    + +
    +
    +void i16_sin_p(int16_t *src_data, float *dst_data, int length)
    +
    + +
    +
    +void i32_sin_p(int *src_data, float *dst_data, int length)
    +
    + +
    +
    +void hp_sin_p(half *src_data, half *dst_data, int length)
    +
    + +
    +
    +void fp_sin_p(float *src_data, float *dst_data, int length)
    +
    + +
    +
    +void dp_sin_p(double *src_data, double *dst_data, int length)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <sin.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *input = (float *)0x10810000;   // input在L2空间
+ 7    float *output = (float *)0x10820000;
+ 8    int length = 1024;
+ 9    fp_sin_p(input, output, length);
+10    return 0;
+11}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/size.html b/master/html/functionlib/dsplib/size.html new file mode 100644 index 0000000..1823985 --- /dev/null +++ b/master/html/functionlib/dsplib/size.html @@ -0,0 +1,408 @@ + + + + + + + + + Size — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Size

    +
    +

    计算输入张量或向量的元素总个数（即形状各维度的乘积），并将结果写入输出地址。

    +
    +
    输入：
      +

    • output - 输出数据的地址，用于存储计算结果。

      • +

    • shape - 输入张量的形状（维度）数组地址。

      • +

    • n - 输入张量的维度数（Rank）。

      • +

    • core_mask - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 存储元素总个数的地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • 由于该算子对于不同数据类型的具体实现一致，因此统一使用 size_s 和 size_p 命名，不再区分数据类型前缀（如 fp_, i8_ 等）。

      • +

    • 支持的数据类型包括：int8, int16, int32, fp32, fp64, cplx64, cplx128。

      • +
    +
    +
    +

    共享存储版本:

    +
    +
    +void size_s(int *output, int *shape, int n, int core_mask)
    +

    C调用示例：

    +
     1#include <stdio.h>
+ 2#include <size.h>
+ 3
+ 4int main(int argc, char* argv[]) {
+ 5    int n = 4;
+ 6    // 假设 shape 为 {2, 3, 4, 5}，元素总数为 120
+ 7    int *output = (int *)0xA0000000;
+ 8    int *shape = (int *)0xA0000100;
+ 9
+10    // 实际使用中需确保 shape 地址处已存入维度数据
+11    int core_mask = 0xff;
+12
+13    size_s(output, shape, n, core_mask);
+14
+15    return 0;
+16}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void size_p(int *output, int *shape, int n)
    +

    C调用示例：

    +
     1#include <stdio.h>
+ 2#include <size.h>
+ 3
+ 4int main(int argc, char* argv[]) {
+ 5    int n = 3;
+ 6    // 假设 shape 为 {10, 10, 4}，元素总数为 400
+ 7    int *output = (int *)0x10000000;
+ 8    int *shape = (int *)0x10000040;
+ 9
+10    // 实际使用中需确保 shape 地址处已存入维度数据
+11    size_p(output, shape, n);
+12
+13    return 0;
+14}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/skipgram.html b/master/html/functionlib/dsplib/skipgram.html new file mode 100644 index 0000000..558fbc7 --- /dev/null +++ b/master/html/functionlib/dsplib/skipgram.html @@ -0,0 +1,454 @@ + + + + + + + + + Skipgram — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Skipgram

    +

    从输入语句中生成skip-gram。skip-gram是从句子中提取的词语序列，其中相邻词语之间的距离（跳过的词语数量）不超过指定的最大值。此算子主要用于自然语言处理（NLP）任务。

    +
    +
    输入：
      +

    • sentence - StringPack* 类型，指向输入语句的指针。

      • +

    • words - StringPack* 类型，用于存储从语句中解析出的词语的工作空间。

      • +

    • ngram_size - int 类型，指定每个n-gram中的词语数量。

      • +

    • max_skip_size - int 类型，指定在构成n-gram时可以跳过的最大词语数量。

      • +

    • include_all_ngrams - int 类型，布尔标志。如果为非零，则生成长度从1到 ngram_size 的所有n-gram；否则，仅生成长度为 ngram_size 的n-gram。

      • +

    • grams - StringPack** 类型，用于存储生成的gram的工作空间。

      • +

    • grams_word_count - int* 类型，用于存储每个gram中词语数量的工作空间。

      • +

    • stack - int* 类型，长度为 ngram_size 的临时工作空间。

      • +

    • blank - char* 类型，指向空格字符的指针，用于连接gram中的词语。

      • +

    • output_tensor - char* 类型，最终输出张量的数据地址。

      • +

    • offset - int* 类型，输出参数，用于存储 output_tensor 中每个gram的偏移量。

      • +

    • len - int* 类型，输出参数，用于存储 output_tensor 中每个gram的长度。

      • +

    • shape - int* 类型，输出参数，用于存储输出张量的维度信息。

      • +

    • core_mask - (仅限共享版本) 核掩码。

      • +
    +
    +
    输出：
      +

    • output_tensor、offset、len 和 shape - 这些指针指向的内存区域将被填充，以表示包含生成结果的最终张量。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • 该算子不区分数据类型，直接操作字符数据。

      • +
    +
    +

    共享存储版本:

    +
    +
    +int skipgram_s(StringPack *sentence, StringPack *words, int ngram_size, int max_skip_size, int include_all_ngrams, StringPack **grams, int *grams_word_count, int *stack, char *blank, char *output_tensor, int *offset, int *len, int *shape, int core_mask)
    +
    + +

    C调用示例：

    +
     1#include <stdio.h>
+ 2#include "skipgram.h" // 假设头文件名
+ 3
+ 4typedef struct StringPack {
+ 5  long long len;
+ 6  char *data;
+ 7} StringPack;
+ 8
+ 9int main(int argc, char* argv[]) {
+10    // 假设输入和工作空间已在DDR中分配
+11    StringPack* sentence = (StringPack*)0xA0000000;
+12    StringPack* words = (StringPack*)0xA0010000;
+13    StringPack** grams = (StringPack**)0xA0020000;
+14    int* grams_word_count = (int*)0xA0030000;
+15    int* stack = (int*)0xA0040000;
+16    char* output_tensor = (char*)0xB0000000;
+17    int* offset = (int*)0xB0010000;
+18    int* len = (int*)0xB0020000;
+19    int* shape = (int*)0xB0030000;
+20    char blank_char = ' ';
+21
+22    // 填充sentence内容
+23    sentence->data = "mindspore signal processing library";
+24    sentence->len = 33;
+25
+26    int ngram_size = 2;
+27    int max_skip_size = 1;
+28    int include_all_ngrams = 1;
+29    int core_mask = 0xff;
+30
+31    skipgram_s(sentence, words, ngram_size, max_skip_size, include_all_ngrams,
+32               grams, grams_word_count, stack, &blank_char,
+33               output_tensor, offset, len, shape, core_mask);
+34    return 0;
+35}
+
    +
    +

    私有存储版本:

    +
    +
    +int skipgram_p(StringPack *sentence, StringPack *words, int ngram_size, int max_skip_size, int include_all_ngrams, StringPack **grams, int *grams_word_count, int *stack, char *blank, char *output_tensor, int *offset, int *len, int *shape)
    +
    + +

    C调用示例：

    +
     1#include <stdio.h>
+ 2#include "skipgram.h" // 假设头文件名
+ 3
+ 4typedef struct StringPack {
+ 5  long long len;
+ 6  char *data;
+ 7} StringPack;
+ 8
+ 9int main(int argc, char* argv[]) {
+10    // 假设输入和工作空间已在私有内存中分配
+11    StringPack* sentence = (StringPack*)0x10001000;
+12    StringPack* words = (StringPack*)0x10002000;
+13    StringPack** grams = (StringPack**)0x10003000;
+14    int* grams_word_count = (int*)0x10004000;
+15    int* stack = (int*)0x10005000;
+16    char* output_tensor = (char*)0x10006000;
+17    int* offset = (int*)0x10007000;
+18    int* len = (int*)0x10008000;
+19    int* shape = (int*)0x10009000;
+20    char blank_char = ' ';
+21
+22    // 填充sentence内容
+23    sentence->data = "mindspore signal processing library";
+24    sentence->len = 33;
+25
+26    int ngram_size = 2;
+27    int max_skip_size = 1;
+28    int include_all_ngrams = 1;
+29
+30    skipgram_p(sentence, words, ngram_size, max_skip_size, include_all_ngrams,
+31               grams, grams_word_count, stack, &blank_char,
+32               output_tensor, offset, len, shape);
+33    return 0;
+34}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/slice.html b/master/html/functionlib/dsplib/slice.html new file mode 100644 index 0000000..31fffa6 --- /dev/null +++ b/master/html/functionlib/dsplib/slice.html @@ -0,0 +1,483 @@ + + + + + + + + + Slice — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Slice

    +

    从输入张量中提取一个子集（切片）。根据给定的起始索引（begin）和切片大小（size），在每个维度上截取数据。

    +
    +\[output[i_0, i_1, \dots, i_{n-1}] = input[begin_0 + i_0, begin_1 + i_1, \dots, begin_{n-1} + i_{n-1}]\]
    +

    其中 $n$ 为维度数（ndim），且满足 $0 le i_k < size_k$。

    +
    +
    输入：
      +

    • input - 输入张量数据地址。

      • +

    • input_shape - 输入张量的形状数组地址。

      • +

    • ndim - 输入张量的维度数。

      • +

    • begin - 切片起始索引数组地址（长度为 ndim）。

      • +

    • size - 切片大小数组地址（长度为 ndim）。

      • +

    • core_mask(int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output - 计算结果存储地址（输出张量形状即为 size）。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持 int8, int16, int32, fp32, fp64, cplx64, cplx128

      • +

    • MT7004 支持 fp16, fp32, int16, int32, cplx64

      • +

    • 切片操作不改变数据数值，仅改变数据的空间排布，常用于特征提取或张量分解。

      • +
    +
    +

    共享存储版本:

    +
    +
    +void i8_slice_s(int8_t *input, int8_t *output, int *input_shape, int ndim, int *begin, int *size, int core_mask)
    +
    + +
    +
    +void i16_slice_s(int16_t *input, int16_t *output, int *input_shape, int ndim, int *begin, int *size, int core_mask)
    +
    + +
    +
    +void i32_slice_s(int32_t *input, int32_t *output, int *input_shape, int ndim, int *begin, int *size, int core_mask)
    +
    + +
    +
    +void hp_slice_s(half *input, half *output, int *input_shape, int ndim, int *begin, int *size, int core_mask)
    +
    + +
    +
    +void fp_slice_s(float *input, float *output, int *input_shape, int ndim, int *begin, int *size, int core_mask)
    +
    + +
    +
    +void dp_slice_s(double *input, double *output, int *input_shape, int ndim, int *begin, int *size, int core_mask)
    +
    + +
    +
    +void c64_slice_s(float *input, float *output, int *input_shape, int ndim, int *begin, int *size, int core_mask)
    +
    + +
    +
    +void c128_slice_s(double *input, double *output, int *input_shape, int ndim, int *begin, int *size, int core_mask)
    +

    C调用示例：

    +
     1// FT78NE 示例（多核并行切片）
+ 2#include <stdio.h>
+ 3#include "78NE/utils.h"
+ 4
+ 5int main() {
+ 6    float *input = (float *)0xA0000000;
+ 7    float *output = (float *)0xB0000000;
+ 8    int input_shape[] = {16, 32, 64, 128};
+ 9    int begin[] = {2, 4, 8, 16};
+10    int size[] = {8, 12, 20, 32};
+11    int ndim = 4;
+12    int core_mask = 0xFF; // 使用8核并行
+13
+14    fp_slice_s(input, output, input_shape, ndim, begin, size, core_mask);
+15    return 0;
+16}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void i8_slice_p(int8_t *input, int8_t *output, int *input_shape, int ndim, int *begin, int *size)
    +
    + +
    +
    +void i16_slice_p(int16_t *input, int16_t *output, int *input_shape, int ndim, int *begin, int *size)
    +
    + +
    +
    +void i32_slice_p(int32_t *input, int32_t *output, int *input_shape, int ndim, int *begin, int *size)
    +
    + +
    +
    +void hp_slice_p(half *input, half *output, int *input_shape, int ndim, int *begin, int *size)
    +
    + +
    +
    +void fp_slice_p(float *input, float *output, int *input_shape, int ndim, int *begin, int *size)
    +
    + +
    +
    +void dp_slice_p(double *input, double *output, int *input_shape, int ndim, int *begin, int *size)
    +
    + +
    +
    +void c64_slice_p(float *input, float *output, int *input_shape, int ndim, int *begin, int *size)
    +
    + +
    +
    +void c128_slice_p(double *input, double *output, int *input_shape, int ndim, int *begin, int *size)
    +

    C调用示例：

    +
     1// MT7004 示例（单核私有存储切片）
+ 2#include <stdio.h>
+ 3
+ 4int main() {
+ 5    float *input = (float *)0x10000000;
+ 6    float *output = (float *)0x10010000;
+ 7    int input_shape[] = {4, 8, 16, 32};
+ 8    int begin[] = {1, 2, 3, 4};
+ 9    int size[] = {2, 3, 6, 8};
+10    int ndim = 4;
+11
+12    fp_slice_p(input, output, input_shape, ndim, begin, size);
+13    return 0;
+14}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/smooth1loss.html b/master/html/functionlib/dsplib/smooth1loss.html new file mode 100644 index 0000000..ad08b4a --- /dev/null +++ b/master/html/functionlib/dsplib/smooth1loss.html @@ -0,0 +1,431 @@ + + + + + + + + + SmoothL1Loss — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    SmoothL1Loss

    +

    计算平滑L1损失函数

    +
    +\[\begin{split}\text{loss}(x_1, x_2) = \begin{cases} + \frac{(x_1 - x_2)^2}{2\beta}, & \text{if } |x_1 - x_2| < \beta \\ + |x_1 - x_2| - \frac{\beta}{2}, & \text{otherwise} +\end{cases}\end{split}\]
    +

    其中 \(x_1\) 为预测值，\(x_2\) 为目标值，\(\beta\) 为平滑参数。

    +
    +
    输入：
      +

    • predict - 预测值数据地址。

      • +

    • target - 目标值数据地址。

      • +

    • length - 计算长度。

      • +

    • beta - 平滑参数（FT78NE平台为float值，MT7004平台为half*指针）。

      • +

    • core_mask(int, 可选) - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • out - 计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持int8, fp32

      • +

    • MT7004 支持fp16, fp32

      • +
    +
    +

    共享存储版本：

    +
    +
    +void i8_smoothl1loss_s(int8_t *out, int8_t *predict, int8_t *target, int length, float beta, int core_mask)
    +
    + +
    +
    +void fp_smoothl1loss_s(float *out, float *predict, float *target, int length, float beta, int core_mask)
    +
    + +
    +
    +void hp_smoothl1loss_s(half *out, half *predict, half *target, int length, half *beta, int core_mask)
    +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <smoothl1loss.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *predict = (float *)0xA0000000;   //predict在DDR空间
+ 7    float *target = (float *)0xB0000000;    //target在DDR空间
+ 8    float *out = (float *)0xC0000000;       //out在DDR空间
+ 9    int length = 1000;
+10    float beta = 1.0f;
+11    int core_mask = 0xff;
+12    fp_smoothl1loss_s(out, predict, target, length, beta, core_mask);
+13    return 0;
+14}
+
    +
    +
    + +

    私有存储版本：

    +
    +
    +void i8_smoothl1loss_p(int8_t *out, int8_t *predict, int8_t *target, int length, float beta)
    +
    + +
    +
    +void fp_smoothl1loss_p(float *out, float *predict, float *target, int length, float beta)
    +
    + +
    +
    +void hp_smoothl1loss_p(half *out, half *predict, half *target, int length, half *beta)
    +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <smoothl1loss.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    float *predict = (float *)0x10810000;   //predict在L2空间
+ 7    float *target = (float *)0x10850000;    //target在L2空间
+ 8    float *out = (float *)0x108A0000;       //out在L2空间
+ 9    int length = 1000;
+10    float beta = 1.0f;
+11    fp_smoothl1loss_p(out, predict, target, length, beta);
+12    return 0;
+13}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/smoothl1lossgrad.html b/master/html/functionlib/dsplib/smoothl1lossgrad.html new file mode 100644 index 0000000..0f93e9d --- /dev/null +++ b/master/html/functionlib/dsplib/smoothl1lossgrad.html @@ -0,0 +1,434 @@ + + + + + + + + + Smoothl1lossgrad — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    +
    + +
    +
    +
    +
    + +
    +

    Smoothl1lossgrad

    +

    计算 Smooth L1 Loss 操作的梯度。该算子是 Smooth L1 Loss 算子的反向传播（backward pass）部分。

    +

    Smooth L1 Loss 是 L1 Loss 和 L2 Loss 的平滑组合，在损失值较小时使用 L2 Loss，在损失值较大时使用 L1 Loss，以减少异常值的影响。

    +
    +\[\text{diff}_i = \text{x1}_i - \text{x2}_i\]
    +
    +\[\begin{split}\text{dx1}_i = \begin{cases} + \text{dy}_i, & \text{if } \text{diff}_i > \beta \\ + -\text{dy}_i, & \text{if } \text{diff}_i < -\beta \\ + \frac{\text{diff}_i}{\beta} \times \text{dy}_i, & \text{if } -\beta \leq \text{diff}_i \leq \beta +\end{cases}\end{split}\]
    +

    其中 x1 是预测值（predict），x2 是目标值（target），dy 是来自后一层的上游梯度，dx1 是对预测值 x1 的梯度。beta 是平滑参数，控制从 L2 Loss 到 L1 Loss 的过渡点。

    +
    +
    输入：
      +

    • dy - 来自后一层的上游梯度数据地址。

      • +

    • x1 - 前向传播时的预测值数据地址。

      • +

    • x2 - 前向传播时的目标值数据地址。

      • +

    • length - 计算长度。

      • +

    • beta - 平滑参数，控制从 L2 Loss 到 L1 Loss 的过渡点。通常取值范围为 0.1 到 1.0。

      • +

    • core_mask - 核掩码（仅共享存储版本需要）。

      • +
    +
    +
    输出：
      +

    • dx1 - 计算出的对预测值 x1 的梯度数据地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持fp32

      • +

    • MT7004 支持fp16, fp32

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_smoothl1lossgrad_s(float *dy, float *dx1, float *x1, float *x2, int length, float beta, int core_mask)
    +
    + +
    +
    +void hp_smoothl1lossgrad_s(half *dy, half *dx1, half *x1, half *x2, int length, half beta, int core_mask)
    +
    + +

    C调用示例：

    +
     1//MT7004示例
+ 2#include <stdio.h>
+ 3#include <smoothl1lossgrad.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    // 假设在DDR空间
+ 7    float *dy = (float *)0xA0000000;   // 上游梯度
+ 8    float *x1 = (float *)0xA1000000;   // 预测值
+ 9    float *x2 = (float *)0xA2000000;   // 目标值
+10    float *dx1 = (float *)0xB0000000;  // 输出梯度（对 x1 的梯度）
+11
+12    int length = 1000;
+13    float beta = 1.0f;  // 平滑参数
+14    int core_mask = 0xff;
+15
+16    fp_smoothl1lossgrad_s(dy, dx1, x1, x2, length, beta, core_mask);
+17    return 0;
+18}
+
    +
    +

    私有存储版本:

    +
    +
    +void fp_smoothl1lossgrad_p(float *dy, float *dx1, float *x1, float *x2, int length, float beta)
    +
    + +
    +
    +void hp_smoothl1lossgrad_p(half *dy, half *dx1, half *x1, half *x2, int length, half beta)
    +
    + +

    C调用示例：

    +
     1//MT7004示例
+ 2#include <stdio.h>
+ 3#include <smoothl1lossgrad.h>
+ 4
+ 5int main(int argc, char* argv[]) {
+ 6    // 假设在L2空间
+ 7    float *dy = (float *)0x10000000;   // 上游梯度
+ 8    float *x1 = (float *)0x10001000;   // 预测值
+ 9    float *x2 = (float *)0x10002000;   // 目标值
+10    float *dx1 = (float *)0x10003000;   // 输出梯度（对 x1 的梯度）
+11
+12    int length = 1000;
+13    float beta = 1.0f;  // 平滑参数
+14
+15    fp_smoothl1lossgrad_p(dy, dx1, x1, x2, length, beta);
+16    return 0;
+17}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/softmax.html b/master/html/functionlib/dsplib/softmax.html new file mode 100644 index 0000000..303e8c6 --- /dev/null +++ b/master/html/functionlib/dsplib/softmax.html @@ -0,0 +1,439 @@ + + + + + + + + + Softmax — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    + +
    +
    + +
    +

    Softmax

    +

    对输入数组沿指定维度进行 Softmax 计算，输出每个元素的概率值。

    +
    +\[\text{output}_{i} = \frac{\exp(\text{input}_{i})}{\sum_j \exp(\text{input}_j)} +\quad \text{for elements along the given axis}\]
    +
    +
    输入：
      +

    • input_ptr - 输入数据地址。

      • +

    • axis - 归一化的轴。

      • +

    • n_dim - 输入张量维度。

      • +

    • inner_size - 内部尺寸（轴之后的元素个数）。

      • +

    • outter_size - 外部尺寸（轴之前的元素个数）。

      • +

    • axis_size - 归一化轴的元素数量。

      • +

    • sum_data - 中间累加存储地址（用于存放指数和）。

      • +

    • core_mask - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • output_ptr - Softmax 计算结果地址。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持fp, int8

      • +

    • MT7004 支持hp, fp

      • +
    +
    +

    共享存储版本:

    +
    +
    +void fp_softmax_s(float *input_ptr, float *output_ptr, float *sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size, int core_mask)
    +
    + +
    +
    +void hp_softmax_s(half *input_ptr, half *output_ptr, half *sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size, int core_mask)
    +
    + +
    +
    +void i8_softmax_s(int8_t *input_ptr, int8_t *output_ptr, float *sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size, int core_mask)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <softmax.h>
+ 4
+ 5int main() {
+ 6    float *input = (float *)0xA0000000;   // input在DDR空间
+ 7    float *output = (float *)0xC0000000;
+ 8    float *sum_data = (float *)0xD0000000;
+ 9    int axis = 1;
+10    int n_dim = 3;
+11    int inner_size = 4;
+12    int outter_size = 2;
+13    int axis_size = 3;
+14    int core_mask = 0xff;
+15
+16    fp_softmax_s(input, output, sum_data, axis, n_dim, inner_size, outter_size, axis_size, core_mask);
+17    return 0;
+18}
+
    +
    +

    私有存储版本:

    +
    +
    +void fp_softmax_p(float *input_ptr, float *output_ptr, float *sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size)
    +
    + +
    +
    +void hp_softmax_p(half *input_ptr, half *output_ptr, half *sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size)
    +
    + +
    +
    +void i8_softmax_p(int8_t *input_ptr, int8_t *output_ptr, float *sum_data, int axis, int n_dim, int inner_size, int outter_size, int axis_size)
    +
    + +

    C调用示例：

    +
     1//FT78NE示例
+ 2#include <stdio.h>
+ 3#include <softmax.h>
+ 4
+ 5int main() {
+ 6    float *input = (float *)0x10810000;   // input在L2空间
+ 7    float *output = (float *)0x10820000;
+ 8    float *sum_data = (float *)0x10830000;
+ 9    int axis = 1;
+10    int n_dim = 3;
+11    int inner_size = 4;
+12    int outter_size = 2;
+13    int axis_size = 3;
+14
+15    fp_softmax_p(input, output, sum_data, axis, n_dim, inner_size, outter_size, axis_size);
+16    return 0;
+17}
+
    +
    +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/softmax_cross_entropy_with_logits.html b/master/html/functionlib/dsplib/softmax_cross_entropy_with_logits.html new file mode 100644 index 0000000..d5c1403 --- /dev/null +++ b/master/html/functionlib/dsplib/softmax_cross_entropy_with_logits.html @@ -0,0 +1,471 @@ + + + + + + + + + SoftmaxCrossEntropyWithLogits — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + + +
    + + +
    + +
    +
    +
    + +
    +
    +
    +
    + +
    +

    SoftmaxCrossEntropyWithLogits

    +
    +

    计算 Softmax 交叉熵损失及梯度。

    +

    该算子首先对输入 logits 进行 Softmax 归一化得到概率，然后计算其与 labels 的交叉熵损失。如果启用了 need_grads，则会计算损失相对于 logits 的梯度。

    +

    算法逻辑如下：

    +
      +

    1. Softmax:

      2. +
    +
    +\[p_{i,j} = \frac{e^{x_{i,j}}}{\sum_{k} e^{x_{i,k}}}\]
    +
      +

    1. Cross Entropy Loss:

      2. +
    +
    +\[loss_i = - \sum_{j} y_{i,j} \log(p_{i,j})\]
    +
      +

    1. Gradients (当 need_grads=1 时):

      2. +
    +
    +\[\frac{\partial loss}{\partial x_{i,j}} = p_{i,j} - y_{i,j}\]
    +
    +
    输入：
      +

    • logits - 输入数据地址（未归一化的对数概率）。形状为 \([batch\_size, num\_of\_classes]\)。

      • +

    • labels - 标签数据地址。形状为 \([batch\_size, num\_of\_classes]\)。

      • +

    • probs - 输出概率地址（Softmax 结果）。

      • +

    • grads - 输出梯度地址。如果 need_grads 为 0，可忽略。

      • +

    • output - 输出损失值地址（通常为标量或每个样本的损失）。

      • +

    • sum_data - 中间计算缓冲区（Workspace），用于存储行和等临时数据。

      • +

    • batch_size - 批大小。

      • +

    • num_of_classes - 类别数量。

      • +

    • need_grads - 是否需要计算梯度 (0: 不计算, 1: 计算)。

      • +

    • core_mask - 核掩码（仅适用于共享存储版本）。

      • +
    +
    +
    输出：
      +

    • probs - 更新后的概率分布。

      • +

    • grads - 计算得到的梯度（如启用）。

      • +

    • output - 计算得到的交叉熵损失。

      • +
    +
    +
    支持平台：

    FT78NE +MT7004

    +
    +
    +
    +

    备注

    +
      +

    • FT78NE 支持 Fp32 和 Int8 数据类型。

      • +

    • MT7004 支持 Fp32 和 FP16 数据类型。

      • +

    • 输入数据必须是二维矩阵，行优先存储。

      • +

    • Int8 版本通常采用混合精度计算：输入/标签为 int8_t，但输出（概率、梯度、损失）为 float 以保证精度。

      • +
    +
    +
    +

    共享存储版本:

    +
    +
    +void fp_softmax_cross_entropy_with_logits_s(float *logits, float *labels, float *probs, float *grads, float *output, float *sum_data, int batch_size, int num_of_classes, int need_grads, int core_mask)
    +
    + +
    +
    +void hp_softmax_cross_entropy_with_logits_s(float16 *logits, float16 *labels, float16 *probs, float16 *grads, float16 *output, float16 *sum_data, int batch_size, int num_of_classes, int need_grads, int core_mask)
    +
    + +
    +
    +void i8_softmax_cross_entropy_with_logits_s(int8_t *logits, int8_t *labels, float *probs, float *grads, float *output, float *sum_data, int batch_size, int num_of_classes, int need_grads, int core_mask)
    +

    C调用示例（FT78NE - Int8）：

    +
     1#include <stdio.h>
+ 2#include <stdint.h>
+ 3
+ 4int main(int argc, char* argv[]) {
+ 5    // 假设所有数据均位于DDR空间
+ 6    int8_t* logits = (int8_t*)0xC0000000;
+ 7    int8_t* labels = (int8_t*)0xC1000000;
+ 8    float* probs   = (float*)0xC2000000;
+ 9    float* grads   = (float*)0xC3000000;
+10    float* output  = (float*)0xC4000000;
+11    float* sum_data= (float*)0xC5000000; // Workspace
+12
+13    int batch_size = 128;
+14    int num_of_classes = 1000;
+15    int need_grads = 1;
+16    int core_mask = 0xff; // 使用所有核心
+17
+18    // i8版本：输入为int8，输出及中间计算为float
+19    i8_softmax_cross_entropy_with_logits_s(logits, labels, probs, grads, output,
+20                                           sum_data, batch_size, num_of_classes,
+21                                           need_grads, core_mask);
+22
+23    return 0;
+24}
+
    +
    +
    + +

    私有存储版本:

    +
    +
    +void fp_softmax_cross_entropy_with_logits_p(float *logits, float *labels, float *probs, float *grads, float *output, float *sum_data, int batch_size, int num_of_classes, int need_grads)
    +
    + +
    +
    +void hp_softmax_cross_entropy_with_logits_p(float16 *logits, float16 *labels, float16 *probs, float16 *grads, float16 *output, float16 *sum_data, int batch_size, int num_of_classes, int need_grads)
    +
    + +
    +
    +void i8_softmax_cross_entropy_with_logits_p(int8_t *logits, int8_t *labels, float *probs, float *grads, float *output, float *sum_data, int batch_size, int num_of_classes, int need_grads)
    +

    C调用示例（MT7004 - FP16）：

    +
     1#include <stdio.h>
+ 2
+ 3int main(int argc, char* argv[]) {
+ 4    // 假设所有数据均位于AM空间
+ 5    float16* logits = (float16*)0x10010000;
+ 6    float16* labels = (float16*)0x10020000;
+ 7    float16* probs  = (float16*)0x10030000;
+ 8    float16* grads  = (float16*)0x10040000;
+ 9    float16* output = (float16*)0x10050000;
+10    float16* sum_data=(float16*)0x10060000;
+11
+12    int batch_size = 32;
+13    int num_of_classes = 512;
+14    int need_grads = 1;
+15
+16    hp_softmax_cross_entropy_with_logits_p(logits, labels, probs, grads, output,
+17                                            sum_data, batch_size, num_of_classes,
+18                                            need_grads);
+19
+20    return 0;
+21}
+
    +
    +
    + +
    + + +
    +
    + +
    +
    +
    +
    + + + + \ No newline at end of file diff --git a/master/html/functionlib/dsplib/spacetobatch.html b/master/html/functionlib/dsplib/spacetobatch.html index c2f9966..3017970 100644 --- a/master/html/functionlib/dsplib/spacetobatch.html +++ b/master/html/functionlib/dsplib/spacetobatch.html @@ -34,7 +34,7 @@ - + MindSpore Signal+ 使用手册
    @@ -46,11 +46,7 @@
    @@ -111,15 +276,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • SpaceToBatch
    • @@ -287,7 +452,7 @@
      -

      © 版权所有 2025 - 2025, NUDT-674。

      +

      © 版权所有 2025 - 2026, NUDT-674。

      利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/spacetobatchnd.html b/master/html/functionlib/dsplib/spacetobatchnd.html index 2de5398..108719d 100644 --- a/master/html/functionlib/dsplib/spacetobatchnd.html +++ b/master/html/functionlib/dsplib/spacetobatchnd.html @@ -34,7 +34,7 @@ - + MindSpore Signal+ 使用手册
      @@ -46,11 +46,7 @@
    @@ -111,15 +276,15 @@
      -
      • -
    • 算子库支持
      • +
      • +
    • 算子库支持
    • DSP Library C API Reference
    • SpaceToBatchND
    • @@ -287,7 +452,7 @@
      -

      © 版权所有 2025 - 2025, NUDT-674。

      +

      © 版权所有 2025 - 2026, NUDT-674。

      利用 Sphinx 构建，使用的 diff --git a/master/html/functionlib/dsplib/spacetodepth.html b/master/html/functionlib/dsplib/spacetodepth.html index 3ad7df4..f246332 100644 --- a/master/html/functionlib/dsplib/spacetodepth.html +++ b/master/html/functionlib/dsplib/spacetodepth.html @@ -35,7 +35,7 @@ - + MindSpore Signal+ 使用手册
      @@ -47,11 +47,7 @@
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    @@ -43,10 +43,7 @@
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    • 索引
      • @@ -83,6 +80,10 @@ | H | I | M + | R + | S + | T + | U

    A

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    R

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    利用 Sphinx 构建，使用的 diff --git a/master/html/index.html b/master/html/index.html index 921fd44..593ece6 100644 --- a/master/html/index.html +++ b/master/html/index.html @@ -22,8 +22,7 @@ - - + @@ -34,7 +33,7 @@ - + MindSpore Signal+ 使用手册
    @@ -46,10 +45,7 @@
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    利用 Sphinx 构建，使用的 diff --git a/master/html/quickstart/index.html b/master/html/quickstart/index.html index 5f85e73..617ee06 100644 --- a/master/html/quickstart/index.html +++ b/master/html/quickstart/index.html @@ -21,9 +21,7 @@ - - - + @@ -34,7 +32,7 @@ - + MindSpore Signal+ 使用手册
    @@ -45,16 +43,8 @@
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    © 版权所有 2025 - 2025, NUDT-674。

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    利用 Sphinx 构建，使用的 diff --git a/master/html/quickstart/installation.html b/master/html/quickstart/installation.html index 8a95270..899676c 100644 --- a/master/html/quickstart/installation.html +++ b/master/html/quickstart/installation.html @@ -21,9 +21,7 @@ - - - + @@ -34,7 +32,7 @@ - + MindSpore Signal+ 使用手册
    @@ -45,28 +43,8 @@
    @@ -75,15 +53,14 @@
      -
      • -
    • 快速入门
      • +
    • 环境安装
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    -
    +
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    © 版权所有 2025 - 2025, NUDT-674。

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    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/quickstart/overview.html b/master/html/quickstart/overview.html index 3c1e155..172ed67 100644 --- a/master/html/quickstart/overview.html +++ b/master/html/quickstart/overview.html @@ -21,9 +21,7 @@ - - - + @@ -34,7 +32,7 @@ - + MindSpore Signal+ 使用手册
    @@ -45,16 +43,8 @@
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    © 版权所有 2025 - 2025, NUDT-674。

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    利用 Sphinx 构建，使用的 diff --git a/master/html/refdoc/dsplib_description.html b/master/html/refdoc/dsplib_description.html index 8793252..344cc75 100644 --- a/master/html/refdoc/dsplib_description.html +++ b/master/html/refdoc/dsplib_description.html @@ -21,9 +21,7 @@ - - - + @@ -34,7 +32,7 @@ - + MindSpore Signal+ 使用手册
    @@ -45,24 +43,8 @@
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    © 版权所有 2025 - 2025, NUDT-674。

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    利用 Sphinx 构建，使用的 diff --git a/master/html/refdoc/index.html b/master/html/refdoc/index.html index 7cf14a3..7387c0f 100644 --- a/master/html/refdoc/index.html +++ b/master/html/refdoc/index.html @@ -21,9 +21,7 @@ - - - + @@ -34,7 +32,7 @@ - + MindSpore Signal+ 使用手册
    @@ -45,16 +43,8 @@
    @@ -63,14 +53,14 @@
    -
    +
    -

    © 版权所有 2025 - 2025, NUDT-674。

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    利用 Sphinx 构建，使用的 diff --git a/master/html/refdoc/mindspore.html b/master/html/refdoc/mindspore.html index 3097795..b4e61ea 100644 --- a/master/html/refdoc/mindspore.html +++ b/master/html/refdoc/mindspore.html @@ -21,9 +21,7 @@ - - - + @@ -34,7 +32,7 @@ - + MindSpore Signal+ 使用手册
    @@ -45,16 +43,8 @@
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    -
    +
    -

    © 版权所有 2025 - 2025, NUDT-674。

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    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/refdoc/signal_scheduling.html b/master/html/refdoc/signal_scheduling.html index 5c5de47..a4bac91 100644 --- a/master/html/refdoc/signal_scheduling.html +++ b/master/html/refdoc/signal_scheduling.html @@ -21,8 +21,7 @@ - - + @@ -33,7 +32,7 @@ - + MindSpore Signal+ 使用手册
    @@ -44,16 +43,8 @@
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    +
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    © 版权所有 2025 - 2025, NUDT-674。

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    © 版权所有 2025 - 2026, NUDT-674。

    利用 Sphinx 构建，使用的 diff --git a/master/html/rstfiles.html b/master/html/rstfiles.html new file mode 100644 index 0000000..4d2c19d --- /dev/null +++ b/master/html/rstfiles.html @@ -0,0 +1,118 @@ + + + + + + + + + MindSpore Signal+ 使用手册 — MindSpore Signal+ 使用手册 alpha 文档 + + + + + + + + + + + + + + + + + + + + +
    + + +
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    MindSpore Signal+ 使用手册

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      © 版权所有 2025 - 2025, NUDT-674。

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      © 版权所有 2025 - 2026, NUDT-674。

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