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Bit Prioritization in Variational Autoencoders via Progressive Coding

ICML 2022 · Image generation › Autoregressive and latent generation · approach: Hierarchical VQ-VAE generation

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
two-stage progressive coding training (distortion-targeted first stage, then conditional second stage)HVAE (VDVAE-based) · SVHNFID: 18.92 -> 10.07Helped
two-stage progressive coding trainingHVAE (VDVAE-based) · CelebAFID: 13.33 -> 8.54Helped
two-stage progressive coding trainingHVAE (VDVAE-based) · LSUN-BedroomsFID: 40.71 -> 36.87Helped
two-stage progressive coding trainingHVAE (VDVAE-based) · SVHNELBO (per-dim): -1.31 -> -1.46Hurt
two-stage progressive coding trainingHVAE (VDVAE-based) · CelebAELBO (per-dim): -1.44 -> -1.58Hurt
two-stage progressive coding trainingHVAE (VDVAE-based) · LSUN-BedroomsELBO (per-dim): -1.72 -> -1.78Hurt
choosing rate target RK=0 for the first K latents (distortion-targeting at extreme)HVAE progressive coding · text claimFIDHurt

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