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Research map / Learning theory and algorithms / Optimal transport

Wasserstein of Wasserstein Loss for Learning Generative Models

ICML 2019 · Learning theory and algorithms › Optimal transport · approach: Wasserstein losses for generative models · 22 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Replace L2 gradient penalty with Wasserstein-2 pixel-graph gradient penalty (WWGAN)WGAN-GP discriminator · CIFAR-10 vertical translation perturbationnormalized total variation and zero-crossings of discriminator output: TV 5.36 -> 4.02; zero-crossings 7.07 -> 0.65Helped
Replace L2 gradient penalty with Wasserstein-2 pixel-graph gradient penalty (WWGAN)WGAN-GP training · CelebA training time per epochepoch wall-clock time (s): 218.1 s vs 236.9 sNo clear effect
Replace L2 gradient penalty with Wasserstein-2 pixel-graph gradient penalty (WWGAN)WGAN-GP training · CelebA FIDFIDNo clear effect
Replace L2 gradient penalty with Wasserstein-2 pixel-graph gradient penalty (WWGAN)WGAN-GP discriminator · CIFAR-10 salt-and-pepper noise robustnessdiscriminator value stability on noisy imagesHelped

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