Adaptive Exploration
Adaptive exploration in reinforcement learning focuses on developing efficient strategies for agents to learn effectively in complex environments with limited data or sparse rewards. Current research emphasizes methods that dynamically adjust exploration strategies based on performance, incorporating techniques like variance-based exploration, Bayesian optimization, and program-based strategy induction, often within the framework of algorithms such as Proximal Policy Optimization (PPO). These advancements aim to improve data efficiency and learning stability in various applications, from robotics and combinatorial optimization to material discovery and game playing, by intelligently balancing exploration and exploitation.
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