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Research map / Architectures and efficiency / CNN design

Kernel Based Progressive Distillation for Adder Neural Networks

NeurIPS 2020 · Architectures and efficiency › CNN design · approach: Theory of convolutional inductive bias · 30 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
use a progressively learned teacher instead of a fixed pretrained teacher (ablation)PKKD ANN-20 · CIFAR-10accuracy (%): 92.39 -> 92.96Helped
add kernel transformation to feature KD (with 1x1 conv) (ablation)PKKD ANN-20 · CIFAR-10accuracy (%): 92.67 -> 92.96Helped
add 1x1 conv after kernel (ablation)PKKD ANN-20 · CIFAR-10accuracy (%): 92.75 -> 92.96Helped
add 1x1 conv to plain KD loss (ablation)ANN-20 KD · CIFAR-10accuracy (%): 92.58 -> 92.67Helped
add kernel to plain KD loss (ablation)ANN-20 KD · CIFAR-10accuracy (%): 92.58 -> 92.75Helped
increase alpha=beta from 0.1 to 10 (ablation)PKKD ANN-20 · CIFAR-10accuracy (%): 92.49 -> 92.96Helped
increase alpha=beta from 0.1 to 10 (ablation)PKKD ANN-20 · CIFAR-100accuracy (%): 68.51 -> 69.93 (best at 5), 69.62 at 10Mixed
apply PKKD to ANN instead of vanilla trainingANN ResNet-50 · ImageNettop-1 accuracy (%): 74.9 -> 76.8Helped
apply PKKD to ANN instead of vanilla trainingANN ResNet-20 · CIFAR-100accuracy (%): 67.60 -> 69.93Helped

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