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Research map / Probabilistic and scientific modeling / Variational and generative sampling

PixelVAE: A Latent Variable Model for Natural Images

ICLR 2017 · Probabilistic and scientific modeling › Variational and generative sampling · approach: Structured latent VAEs · 76 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Add PixelCNN-based autoregressive decoder to a VAE (PixelVAE) versus standard VAEVAE decoder · binarized MNISTNLL test upper boundHelped
Use only one autoregressive PixelCNN layer versus none in PixelVAE (ablation)PixelVAE · binarized MNISTKL term / NLL boundHelped
Replace upsampling convolutional latent conditioning with direct linear conditioning of each PixelCNN layer (ablation)Gated PixelVAE · binarized MNISTNLL test upper bound: 79.66 vs 80.02 upper boundHelped
Use fewer than 10 PixelCNN layers in PixelVAE rather than PixelCNN of same depth (ablation)PixelVAE · binarized MNISTNLLHelped
Replace PixelCNN layers at the higher latent level with a diagonal Gaussian decoder in hierarchical PixelVAE (ablation)Hierarchical PixelVAE · LSUN bedroomslog-likelihoodHurt
Hierarchical PixelVAE versus PixelRNN on 64x64 ImageNetHierarchical PixelVAE · 64x64 ImageNetNLL (bits/dim): 3.66 vs 3.63Hurt

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