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Interpretable Generative Adversarial Networks

AAAI 2022 · Image generation › GANs · approach: Large-scale GAN latent analysis · 17 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Add the interpretability loss to StyleGANStyleGAN · CelebA-HQFID: 12.86 -> 18.81Hurt
Add the interpretability loss to BigGANBigGAN · FFHQFID: 41.81 -> 56.74Hurt
Use interpretable intermediate features for localized concept editingInterpretable StyleGAN · Mouth editinghuman evaluation score (%): 56.00 -> 83.60Helped
Use interpretable intermediate features for localized concept editingInterpretable BigGAN · Eyes editinghuman evaluation score (%): 45.40 -> 82.10Helped
Use interpretable intermediate features for localized concept editingInterpretable StyleGAN · Chin editinglocality metric: 0.0576 -> 0.0163Helped
Use interpretable intermediate features for localized concept editingInterpretable StyleGAN · Face swappingface verification accuracy (%): 89.20 -> 90.25Helped
Perform Langevin dynamics on generated images (ablation)Interpretable StyleGAN · CelebA-HQFID: 18.81 -> 19.42Hurt
Perform Langevin dynamics on generated images (ablation)Interpretable BigGAN · FFHQFID: 56.74 -> 57.72Hurt
Increase the number of visual-concept groups C (ablation)Interpretable GAN · Generated imagesvisual concept detailHelped

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