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Research map / Label-efficient and robust learning / Recognition and long-tail

Unsupervised Learning by Predicting Noise

ICML 2017 · Label-efficient and robust learning › Recognition and long-tail · approach: Correspondence and causal representation learning · 208 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use continuous noise targets instead of discrete canonical-basis targets (ablation)NAT · ImageNet transfer classificationaccuracy: 19% -> 33.5%Helped
Use unit-normalized features with square loss instead of softmax (ablation)AlexNet supervised classifier · ImageNet supervised classificationaccuracy: 59.2 -> 58.4No clear effect
Use high-pass-filtered images instead of clean images (ablation)AlexNet supervised classifier · ImageNet supervised classificationacc@1: 59.7 -> 58.5Hurt
Use Sobel-filtered images instead of clean images (ablation)AlexNet supervised classifier · ImageNet supervised classificationacc@1: 59.7 -> 57.4Hurt
Use grayscale image gradients as NAT input (ablation)NAT · ImageNettransfer feature qualityHelped
Update assignments every 3 epochs rather than at a high frequency (ablation)NAT · ImageNet transfer classificationaccuracyHelped
Train NAT for longer (ablation)NAT · ImageNet transfer classificationaccuracyHelped
Use NAT features rather than BiGAN featuresAlexNet transfer features · ImageNet classificationAcc@1: 32.2 -> 36.0Helped
Use NAT features rather than BiGAN featuresAlexNet transfer features · Pascal VOC 2007 classification (fc6-8)mean average precision: 52.3 -> 56.7Helped
Use NAT features rather than BiGAN featuresAlexNet transfer features · Pascal VOC 2007 classification (all layers)mean average precision: 60.1 -> 65.3Helped
Use NAT features rather than BiGAN featuresAlexNet transfer features · Pascal VOC 2007 detectionmean average precision: 46.9 -> 49.4Helped
Use NAT features instead of SIFT+FVImageNet transfer classifier · ImageNet classificationAcc@1: 55.6 -> 36.0Hurt

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