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Neural Epitome Search for Architecture-Agnostic Network Compression

ICLR 2020 · Architectures and efficiency › Pruning and efficient tuning · approach: Joint pruning and quantization · 6 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Replace fixed-stride WSNet compression with learned epitome transformations8-layer CNN · ESC-50accuracy: 6.5%Helped
Use NES rather than the full MobileNetV2 baselineMobileNetV2 · ImageNetTop-1 accuracy: 1.47%Helped
Use NES rather than MobileNetV2-0.35MobileNetV2-0.35 · ImageNetTop-1 accuracy: 3.78%Helped
Use NES compression with MobileNetV2-0.7 rather than AMCMobileNetV2-0.7 · ImageNetTop-1 accuracy: 2.47%Helped
Apply NES to EfficientNet-B0EfficientNet-B0 · ImageNetTop-1 accuracy: 1.2%Helped
Use NES rather than Auto-Slim under the reported CIFAR-10 compression settingMobileNetV2 · CIFAR-10Top-1 accuracyHelped
Increase the epitome compression rate to 2.35× (ablation)NES-1 · ESC-50accuracy: 73.0 -> 69.25Hurt
Increase the epitome compression rate to 3.16× (ablation)NES-1 · ESC-50accuracy: 73.0 -> 65.5Hurt
Apply NES to the fully connected layer instead of the MobileNetV2-0.5 FC baselineMobileNetV2-0.5 FC · CIFAR-10Top-1 accuracyHelped

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