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Research map / Architectures and efficiency / Pruning and efficient tuning

Revisiting Random Channel Pruning for Neural Network Compression

CVPR 2022 · Architectures and efficiency › Pruning and efficient tuning · approach: Structured network pruning · 118 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Randomly search channel configurations instead of relying on a fixed pruning configurationResNet50 · ImageNetTop-1 error (%): 25.39 -> 24.87Helped
Randomly search channel configurations instead of relying on a fixed pruning configurationMobileNetV2 · ImageNet2012Top-1 error (%): 28.55 -> 29.10Hurt
Randomly search channel configurations instead of using Hinge pruningResNet56 · CIFAR10Top-1 error (%): 6.31 -> 6.52Hurt
Use advanced channel importance criteria rather than simple L1/L2 normsRandom channel pruning across ImageNet and CIFAR benchmarks · ImageNet and CIFAR10/CIFAR100Top-1 error (%)No clear effect
Increase the random-sample population from 20 to 1000 (ablation)Random Pruning · ImageNet, ResNet18Top-1 errorHelped
Increase fine-tuning from 25 to 100 epochs (ablation)Random Pruning · ImageNet, ResNet50Top-1 error (%): 0.75%Helped
Increase fine-tuning from 25 to 100 epochs (ablation)Random Pruning · ImageNet, ResNet18Top-1 error rate: 0.97%Helped

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