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Learning GANs and Ensembles Using Discrepancy

NeurIPS 2019 · Label-efficient and robust learning › Recognition and long-tail · approach: Loss design and classifier theory · 2 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Optimize mixture weights across pretrained generators with discrepancyCIFAR10 ensembles evaluated with InceptionLogits · CIFAR10, InceptionLogitsdiscrepancy: 259.61 -> 255.3Helped
Optimize mixture weights across pretrained generators with discrepancyCIFAR10 ensembles evaluated with InceptionPool · CIFAR10, InceptionPooldiscrepancy: 64.37 -> 63.98Helped
Optimize mixture weights across pretrained generators with discrepancyCIFAR10 ensembles evaluated with MobileNet · CIFAR10, MobileNetdiscrepancy: 88.01 -> 81.83Helped
Optimize mixture weights across pretrained generators with discrepancyCIFAR10 ensembles evaluated with PNASNet · CIFAR10, PNASNetdiscrepancy: 34.38 -> 33.97Helped
Optimize mixture weights across pretrained generators with discrepancyCIFAR10 ensembles evaluated with NASNet · CIFAR10, NASNetdiscrepancy: 52.66 -> 52.46Helped
Optimize mixture weights across pretrained generators with discrepancyCIFAR10 ensembles evaluated with AmoebaNet · CIFAR10, AmoebaNetdiscrepancy: 97.71 -> 97.71No clear effect

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