TensorRT PoolingLayer
IPoolingLayer在通道中实现池。支持的池类型有maximum、average和maximum average混合。
Layer Description: 2D pooling层描述：二维池
用2D滤波器计算a维张量a上的池，生成B维的张量B。B的维数取决于a的维数、窗口大小r、对称填充p和步长s，因此：
PoolingType::kMAX
Maximum over elements in window.
PoolingType::kAVERAGE
Average over elements in the window.
PoolingType::kMAX_AVERAGE_BLEND
Hybrid of maximum and average pooling. The results of the maximum pooling and the average pooling are combined with the blending factor as (1-blendFactor)*maximumPoolingResult + blendFactor*averagePoolingResult to yield the result. The blendFactor can be set to a value between 0 and 1.
默认情况下，平均池是在池窗口和填充的输入之间的重叠处执行的。如果exclusive参数设置为true，则在池窗口和未添加的输入之间的重叠区域执行平均池。
Layer Description: 3D pooling图层说明：三维池
使用3D过滤器计算a维度张量a上的池，以生成维度B的张量B。B的维度取决于a的维度、窗口大小r、对称填充p和跨距s，因此：
Where func is defined by one of the pooling types t:
PoolingType::kMAX
Maximum over elements in window.
PoolingType::kAVERAGE
Average over elements in the window.
PoolingType::kMAX_AVERAGE_BLEND
Hybrid of maximum and average pooling. The results of the maximum pooling and the average pooling are combined with the blending factor as (1-blendFactor)*maximumPoolingResult + blendFactor*averagePoolingResult to yield the result. The blendFactor can be set to a value between 0 and 1.
默认情况下，平均池是在池窗口和填充的输入之间的重叠处执行的。如果exclusive参数设置为true，则在池窗口和未添加的输入之间的重叠区域执行平均池。
条件和限制
2D或3D由输入核维数的数量决定。对于2D池，输入和输出张量应该有3个或更多维。对于3D池，输入和输出张量应具有4个或更多维度。