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Understanding and Stabilizing GANs’ Training Dynamics Using Control Theory

ICML 2020 · Image generation › GANs · approach: Stabilized GAN training · 10 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Add closed-loop control via squared discriminator-output regularizationWGAN · CIFAR10FID: 105.21 -> 21.14± 1.84Helped
Add closed-loop control via squared discriminator-output regularizationSGAN · CIFAR10FID: 28.51 -> 21.52± 0.96Helped
Add closed-loop control regularizationWGAN · CIFAR10IS: 7.82 -> 8.49± .07Helped
Add closed-loop control regularizationSGAN · CIFAR10IS: 7.37 -> 8.47± .09Helped
Add closed-loop control regularizationHinge GAN · CIFAR10IS: 8.22 -> 8.54± .03Helped
Apply CLC to a spectral-normalized GANSN-GAN with WGAN objective · CIFAR10IS: 3.29 -> 8.14± .02Helped
Vary the feedback coefficient across 2, 5, and 10 (ablation)CLC-GAN with WGAN objective · CIFAR10IS: 8.42± .06; 8.49± .07; 8.38± .10No clear effect
Vary the feedback coefficient across 2, 5, and 10 (ablation)CLC-GAN with Hinge objective · CIFAR10IS: 8.49± .08; 8.54± .03; 8.46± .00No clear effect
Use CLC regularization instead of Reg-GAN regularizationGANs on CelebA · CelebAtraining iterations per second: 4 -> 8Helped

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