Causal Bayesian Optimization

Causal Bayesian Optimization (CBO) aims to efficiently find optimal interventions in a system with known or partially known causal structure to maximize a target variable. Current research focuses on improving CBO's robustness and efficiency by addressing challenges such as handling uncertainty in the causal graph, incorporating constraints, managing adversarial interventions, and leveraging contextual information through various algorithms including those based on Gaussian processes and online learning. These advancements enable more effective optimization in complex systems across diverse fields, leading to improved decision-making in areas like healthcare, resource management, and engineering design.

Papers