Meta RL
Meta-reinforcement learning (Meta-RL) aims to develop agents that can quickly adapt to new tasks with minimal training data, leveraging prior experience to improve learning efficiency. Current research emphasizes improving sample efficiency and generalization capabilities through model-based approaches, incorporating uncertainty quantification, and exploring novel architectures like hypernetworks and decoupled learning frameworks. These advancements hold significant promise for applications requiring rapid adaptation in data-scarce environments, such as robotics and personalized medicine, by enabling more robust and efficient reinforcement learning algorithms.
Papers
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