Robust Reinforcement Learning
Robust reinforcement learning (RL) focuses on developing RL agents that perform well even when faced with uncertainties in the environment, such as noisy observations, model mismatches, or adversarial attacks. Current research emphasizes techniques like adversarial training, distributionally robust optimization, and the use of pessimistic models to improve robustness, often incorporating actor-critic algorithms, model-based approaches, and Lipschitz-constrained policy networks. This field is crucial for deploying RL agents in real-world settings where perfect knowledge of the environment is unrealistic, impacting areas like robotics, autonomous systems, and finance by enabling safer and more reliable AI.
Papers
April 4, 2024
March 27, 2024
March 21, 2024
March 6, 2024
February 20, 2024
February 14, 2024
February 9, 2024
January 9, 2024
December 14, 2023
November 15, 2023
October 23, 2023
October 6, 2023
September 26, 2023
September 13, 2023
September 5, 2023
July 22, 2023
July 17, 2023
July 15, 2023