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Flexible Diffusion Modeling of Long Videos

William Harvey · Saeid Naderiparizi · Vaden Masrani · Christian Weilbach · Frank Wood

Hall J (level 1) #514

Keywords: [ denoising diffusion probabilistic model ] [ video modeling ] [ generative modeling ]


We present a framework for video modeling based on denoising diffusion probabilistic models that produces long-duration video completions in a variety of realistic environments. We introduce a generative model that can at test-time sample any arbitrary subset of video frames conditioned on any other subset and present an architecture adapted for this purpose. Doing so allows us to efficiently compare and optimize a variety of schedules for the order in which frames in a long video are sampled and use selective sparse and long-range conditioning on previously sampled frames. We demonstrate improved video modeling over prior work on a number of datasets and sample temporally coherent videos over 25 minutes in length. We additionally release a new video modeling dataset and semantically meaningful metrics based on videos generated in the CARLA autonomous driving simulator.

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