Contextual MDPs

Contextual Markov Decision Processes (CMDPs) extend standard reinforcement learning by incorporating context-dependent dynamics and rewards, enabling more realistic modeling of time-varying environments. Current research focuses on developing efficient algorithms with provable guarantees, often leveraging function approximation techniques like linear models or employing offline oracles for density estimation or regression. These advancements aim to improve sample efficiency and reduce computational complexity, addressing key challenges in applying reinforcement learning to complex real-world scenarios. The resulting algorithms find applications in diverse fields such as personalized recommendations and robotics, where adapting to changing contexts is crucial for optimal performance.

Papers