Contextual Markov Decision Process
Contextual Markov Decision Processes (CMDPs) extend standard reinforcement learning by incorporating contextual information that influences transition dynamics and rewards, enabling more realistic modeling of time-varying environments. Current research focuses on developing efficient algorithms, particularly model-based approaches and those leveraging function approximation (like linear models), to address the increased complexity of CMDPs, often incorporating techniques like meta-learning and multi-agent learning. These advancements aim to improve sample efficiency and generalization capabilities, leading to more robust and adaptable AI agents for applications ranging from power grid management to personalized recommendations. The theoretical analysis of sample complexity and regret bounds remains a key focus, driving progress towards provably efficient CMDP solutions.