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Compressing Deep Convolutional Neural Networks by Stacking Low-dimensional Binary Convolution Filters

AAAI 2021 · Architectures and efficiency › CNN design · approach: Compact CNN architectures · 11 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Increase compression by changing SLBF from (f1=1/2, f2=1/2) to (f1=1/2, f2=1/8) (ablation)SLBF with VGG-16 · CIFAR-10accuracy (%): 91.30 -> 89.24Hurt
Increase compression by changing SLBF from (f1=1/2, f2=1/2) to (f1=1/2, f2=1/8) (ablation)SLBF with ResNet-18 · CIFAR-100accuracy (%): 74.19 -> 67.89Hurt
Add scaling factors to the selected binary-filter blocks (ablation)SLBF with VGG-16 · CIFAR-10accuracyHelped
Use batch normalization with scaling and shifting (ablation)SLBF · CIFAR-10accuracyHelped
Use ADAM instead of SGD with momentum (ablation)SLBF (f1=1/2, f2=1/2) · CIFAR-10accuracyNo clear effect
Initialize proxies from a pre-trained LegoNet rather than randomly (ablation)SLBF (f1=1/2, f2=1/2) · CIFAR-10accuracyNo clear effect
Use larger batch sizes (ablation)SLBF · CIFAR-10accuracyNo clear effect

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