State Reward
State reward, a core component of reinforcement learning, defines the feedback an agent receives for its actions within a given state, guiding its learning process towards optimal behavior. Current research focuses on improving sample efficiency through techniques like reverse experience replay and unique experience selection in replay buffers, as well as enhancing reward design using methods such as barrier-based style rewards and potential-based rewards derived from formal specifications. These advancements aim to address challenges like data inefficiency and reward sparsity, ultimately leading to more robust and efficient reinforcement learning algorithms applicable to diverse domains, including robotics and education.
Papers
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