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Conservativeness of Untied Auto-Encoders

AAAI 2016 · Learning theory and algorithms › Sample complexity · approach: Neural network approximation theory · 3 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Add weight length constraints (ablation)MNIST auto-encoders · MNISTsymmetricity of ADW: 95.9% -> 98.7%; 95.1% -> 99.1%Helped
Add weight length constraints (ablation)MNIST contractive auto-encoders · MNISTsymmetricity of ADW: 95.2% -> 98.6%; 97.4% -> 99.1%Helped
Use contractive training instead of unregularized AE training (ablation)MNIST untied auto-encoder · MNISTsymmetricity of ADW: 95.9% -> 95.2%; 95.1% -> 97.4%Mixed
Increase beta in the mixture toward the conservative fieldTied AE conservative-component extraction · MNIST / corrupted MNISTfraction with E(x) > E(x_rand): 0.5036 -> 0.9968Helped
Increase beta in the mixture toward the conservative fieldUntied AE conservative-component extraction · MNIST / corrupted MNISTfraction with E(x) > E(x_rand): 0.5072 -> 0.9968Helped

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