Auto-Encoding Variational Bayes
Variational autoencoders provide a tractable approach to learning probabilistic latent representations and generating data.
Paper & contextUsing probabilistic latent spaces to model observations.
Welling studies probabilistic learning, structured representations, and generative models. His coauthored work includes variational autoencoders and graph convolutional networks. The selected papers explore how mathematical structure can guide what a model learns and how efficiently it learns it.
10 papers
Variational autoencoders provide a tractable approach to learning probabilistic latent representations and generating data.
Paper & contextSelected research in generative models. Read the full paper, including the methods, experiments, and reported results.
Paper & contextRelational graph convolutional networks learn from graphs whose edges represent different kinds of relationships.
Paper & contextSelected research in generative models. Read the full paper, including the methods, experiments, and reported results.
Paper & contextSelected research in generative models. Read the full paper, including the methods, experiments, and reported results.
Paper & contextSelected research in generative models. Read the full paper, including the methods, experiments, and reported results.
Paper & contextSelected research in generative models. Read the full paper, including the methods, experiments, and reported results.
Paper & contextSelected research in generative models. Read the full paper, including the methods, experiments, and reported results.
Paper & contextSelected research in generative models. Read the full paper, including the methods, experiments, and reported results.
Paper & contextSelected research in generative models. Read the full paper, including the methods, experiments, and reported results.
Paper & contextAn independent editorial profile. Inclusion does not imply Council membership or endorsement. Research is collaborative; coauthorship does not imply sole credit.
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