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Research map / Architectures and efficiency / CNN design

Regularization for Unsupervised Deep Neural Nets

AAAI 2017 · Architectures and efficiency › CNN design · approach: Theory of convolutional inductive bias · 21 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Apply partial DropConnect3-layer DBN · MNISTclassification error: 1.35% -> 1.30%Helped
Apply partial DropConnect3-layer DBM · MNISTclassification error: 1.22% -> 1.12%Helped
Apply partial DropConnect2-hidden-layer DBN · NORBclassification error: 11.00% -> 10.81%Helped
Apply DropoutRSM + logistic regression · 20 Newsgroupsclassification error: 30.8% -> 28.8%Helped
Apply partial DropConnectRSM + logistic regression · 20 Newsgroupsclassification error: 30.8% -> 29.7%Helped
Apply partial DropConnectRSM + logistic regression · Reuters21578classification error: 10.50% -> 9.84%Helped
Apply partial DropConnectGaussian RBM + FFNN · ISOLETclassification error: 3.98% -> 3.78%Helped
Apply DropConnectRSM + logistic regression · 20 Newsgroupsclassification error: 30.8% -> 35.2%Hurt
Apply partial Dropout instead of DropoutRSM + logistic regression · Reuters21578classification error: 11.91% -> 9.98%Helped
Apply Dropout3-layer DBN · MNISTclassification error: 1.35% -> 1.30%Helped

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