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Bayesian Compression for Deep Learning

NeurIPS 2017 · Probabilistic and scientific modeling › Uncertainty and Gaussian processes · approach: Variational Bayesian deep learning · 335 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use group-level sparsity with a normal-Jeffreys prior and posterior-based weight precisionBayesian Compression · LeNet-5-Caffemaximum compression rate: 365(1.0) -> 573(1.0)Helped
Use group-level sparsity with a horseshoe prior and posterior-based weight precisionBayesian Compression · LeNet-5-Caffemaximum compression rate: 365(1.0) -> 771(1.0)Helped
Use group-level sparsity with a normal-Jeffreys prior and posterior-based weight precisionBayesian Compression · LeNet-300-100maximum compression rate: 113 (1.8) -> 58(1.8)Hurt
Use group-level sparsity with a horseshoe prior and posterior-based weight precisionBayesian Compression · VGG on CIFAR-10maximum compression rate: 95(8.6) vs 116(9.2)Mixed
Use posterior uncertainties to set layer weight precisionBayesian Compression · LeNet-5-Caffefast prediction compression rate: 228(1.0) -> 361(1.0)Helped

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