Uncertainty Aware Exploration
Uncertainty-aware exploration aims to improve decision-making in various fields by intelligently managing uncertainty during the exploration phase. Current research focuses on developing algorithms that effectively combine epistemic (knowledge-based) and aleatory (inherent randomness) uncertainty, often employing Bayesian methods, distributional reinforcement learning, or Gaussian processes within model-based or hybrid approaches. This research is significant because it enhances the efficiency and robustness of learning processes in complex environments, impacting fields like robotics, recommendation systems, and inverse problem solving by enabling more reliable and sample-efficient solutions.
Papers
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