Generative Modeling by Estimating Gradients of the Data Distribution
Score-based generation learns directions that move noisy samples toward the distribution of real data.
Paper & contextLearning score functions to guide generative sampling.
Song studies score-based generative modeling: learning directions that move noisy samples toward data. This selection follows that idea through stochastic differential equations, inverse problems, and consistency models designed to produce samples in fewer steps.
10 papers
Score-based generation learns directions that move noisy samples toward the distribution of real data.
Paper & contextThis paper unifies score-based generative methods through a continuous process that adds noise and a learned process that reverses it.
Paper & contextConsistency models aim to generate data in one or a few steps by learning mappings that agree along a denoising trajectory.
Paper & contextThis paper improves consistency-model training so models can learn directly from data with stronger one- and two-step generation.
Paper & contextContinuous-time consistency models are simplified and stabilized to support larger-scale training and fast image generation.
Paper & contextScore-based generative priors are used to reconstruct medical images from incomplete measurements.
Paper & contextThis paper connects weighted score-matching objectives with likelihood training for diffusion models.
Paper & contextFeedforward computation is reframed as solving nonlinear equations so parts of an otherwise sequential calculation can run in parallel.
Paper & contextThis follow-up improves the stability and resolution of score-based image generation.
Paper & contextSliced score matching uses random projections to make score estimation more computationally tractable.
Paper & contextAn independent editorial profile. Inclusion does not imply Council membership or endorsement. Research is collaborative; coauthorship does not imply sole credit.
Selection & sources