Robust Bayesian Optimization
Robust Bayesian Optimization (BO) aims to efficiently find optimal solutions for complex, noisy, or uncertain systems, addressing limitations of standard BO methods. Current research focuses on developing algorithms that handle input uncertainty (e.g., AIRBO using Maximum Mean Discrepancy), improve acquisition function design for better exploration-exploitation balance (e.g., self-adjusting acquisition functions), and account for model imprecision (e.g., by incorporating prior uncertainty). These advancements enhance the reliability and efficiency of BO across diverse applications, from engineering design to materials science, where robustness to noise and uncertainty is crucial.
Papers
March 6, 2024
October 31, 2023
June 7, 2023
October 2, 2022
March 4, 2022
February 11, 2022