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Research map / Architectures and efficiency / CNN design

Kernel Pooling for Convolutional Neural Networks

CVPR 2017 · Architectures and efficiency › CNN design · approach: Higher-order pooling · 378 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use learned Kernel Pooling instead of Compact Bilinear PoolingVGG-16 · CUB-200-2011accuracy: 84.3 -> 86.2Helped
Use learned Kernel Pooling instead of Compact Bilinear PoolingResNet-50 · CUB-200-2011accuracy: 81.6 -> 84.7Helped
Use learned Kernel Pooling instead of Compact Bilinear PoolingVGG-16 · Stanford Carsaccuracy: 91.2 -> 92.6Helped
Use learned Kernel Pooling instead of Compact Bilinear PoolingResNet-50 · Stanford Carsaccuracy: 88.6 -> 91.1Helped
Use learned Kernel Pooling instead of Compact Bilinear PoolingVGG-16 · Aircraftaccuracy: 84.1 -> 86.9Helped
Use learned Kernel Pooling instead of Compact Bilinear PoolingResNet-50 · Aircraftaccuracy: 81.6 -> 85.7Helped
Use learned Kernel Pooling instead of Compact Bilinear PoolingVGG-16 · Food-101accuracy: 82.4 -> 84.2Helped
Use learned Kernel Pooling instead of Compact Bilinear PoolingResNet-50 · Food-101accuracy: 83.2 -> 85.5Helped

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