Policy Sampling
Policy sampling in reinforcement learning and related fields focuses on optimizing the selection of data used to train and evaluate policies, aiming to improve efficiency and robustness. Current research emphasizes the development of adaptive sampling strategies, including those driven by learned models or guided by theoretical bounds, to address challenges like distributional shift and high sample complexity. This work is crucial for advancing the performance and scalability of algorithms in diverse applications, from robotics and AI alignment to resource allocation and recommender systems, where efficient and reliable policy learning is paramount. The ultimate goal is to develop methods that minimize the amount of data needed while maximizing the accuracy and stability of learned policies.