Deep Generative Prior
Deep generative priors leverage the power of trained generative models, such as diffusion probabilistic models, to improve image reconstruction and signal recovery in various applications. Current research focuses on integrating these priors into Bayesian inference frameworks, often using algorithms like split Gibbs sampling or Metropolis-adjusted Langevin algorithms, and exploring their effectiveness across diverse imaging modalities (MRI, astronomy, ptychography). This approach offers significant advantages over traditional methods by enabling more robust and accurate reconstructions, particularly in challenging scenarios with limited data or noise, leading to improved image quality and more reliable quantitative results in diverse scientific and engineering fields.