Bayesian Inference Framework

Bayesian inference frameworks are increasingly used to address uncertainty in diverse machine learning applications, aiming to provide more reliable and interpretable predictions. Current research focuses on integrating Bayesian methods with various model architectures, including neural networks (both classical and quantum-classical hybrids), Gaussian processes, and autoencoders, often within distributed or privacy-preserving settings. This approach enhances the trustworthiness of models across numerous fields, from medical diagnosis and autonomous robotics to climate modeling and large language model applications, by providing not only predictions but also quantifiable uncertainty estimates. The resulting probabilistic interpretations improve decision-making in situations with incomplete or noisy data, leading to more robust and reliable systems.

Papers