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Learning Sparse Neural Networks through L_0 Regularization

ICLR 2018 · Optimization › Optimizers · approach: Surrogate losses and robust solvers · 148 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
apply hard-concrete L0 regularizationWRN-28-10 with dropout-style hidden-layer gates · CIFAR-10test error (%): 3.89 -> 3.83Helped
apply hard-concrete L0 regularizationWRN-28-10 with dropout-style hidden-layer gates · CIFAR-100test error (%): 18.85 -> 18.75Helped
increase λ from 0.001/N to 0.002/N (ablation)WRN-28-10-L0hc · CIFAR-10test error (%): 3.83 -> 3.93Hurt
increase λ from 0.001/N to 0.002/N (ablation)WRN-28-10-L0hc · CIFAR-100test error (%): 18.75 -> 19.04Hurt
use separate λ values by layer (ablation)MLP 784-300-100 with L0hc · MNISTtest error (%): 1.4 -> 1.8Hurt
use separate λ values by layer (ablation)LeNet-5-Caffe with L0hc · MNISTtest error (%): 0.9 -> 1.0Hurt

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