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SKFAC: Training Neural Networks With Faster Kronecker-Factored Approximate Curvature

CVPR 2021 · Architectures and efficiency › CNN design · approach: Invertible and wide-network analysis · 13 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Replace K-FAC with low-rank K-FAC using Reduce SumResNet-50 · ImageNet-1Ktraining time to reach 75% validation accuracy: 1544.9 -> 1189.5 min; -23.00%Helped
Replace K-FAC with low-rank K-FAC using Spatial SubsamplingResNet-50 · ImageNet-1Ktraining time to reach 75% validation accuracy: 1544.9 -> 1206.9 min; -21.88%Helped
Replace K-FAC with low-rank K-FAC using Reduce SumResNet-50 · ImageNet-1Kepochs to reach 75% validation accuracy: 33 -> 36Hurt
Replace K-FAC with low-rank K-FAC using Spatial SubsamplingResNet-50 · ImageNet-1Kepochs to reach 75% validation accuracy: 33 -> 37Hurt
Use SUA for convolutional-layer activationsK-FAC on ResNet-50 · ImageNet-1Ktraining time to reach 75% validation accuracy: 1544.9 -> 1494.5 min; -3.3%Helped
Vary Spatial Subsampling amount across 1, 2, 4, and 8 (ablation)SKFAC-SS · CIFAR-10test accuracyNo clear effect

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