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Stabilizing Training of Generative Adversarial Networks through Regularization

NeurIPS 2017 · Image generation › GANs · approach: GAN latent optimization and evaluation · 212 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Add the weighted discriminator gradient-norm regularizerGAN · 2D submanifold mixture of Gaussians in 3Dtraining stability: around 50k iterations -> well beyond 200k iterationsHelped
Add the weighted discriminator gradient-norm regularizerDCGAN · CIFAR-10cross-testing false-positive rate: 1.0 -> 0.0Helped
Add the weighted discriminator gradient-norm regularizerGAN · GAN trainingtraining time: roughly 1.4Hurt
Use a non-zero regularization level without annealing (ablation)GAN · 2D submanifold mixture of Gaussians in 3Dtraining stabilityHelped
Exponentially anneal the regularization level (ablation)GAN · 2D submanifold mixture of Gaussians in 3Dtraining stabilityHelped
Apply the regularized objective to the generator near convergence (ablation)Regularized GAN · GAN trainingtraining stabilityHurt
Use the non-saturating alternative generator objective with the regularized discriminator (ablation)Regularized JS-GAN · GAN trainingtraining stabilityHelped
Add noise explicitly to discriminator training examples instead of using the analytic regularizer (ablation)DCGAN · CIFAR-10sample qualityHurt

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