Positive Reinforcement
Positive reinforcement, a core concept in reinforcement learning (RL), aims to optimize agent behavior by rewarding desired actions. Current research focuses on applying RL across diverse fields, utilizing model architectures like Proximal Policy Optimization (PPO), Deep Q-Networks (DQN), and Actor-Critic methods, often integrated with other techniques such as Koopman operators or graph neural networks. This approach is proving valuable in various applications, from optimizing complex systems like space mission planning and cloud load balancing to enhancing safety in autonomous driving and improving the robustness of large language models. The significance lies in its ability to solve challenging problems requiring adaptability and optimization in complex, dynamic environments.
Papers
Explore Reinforced: Equilibrium Approximation with Reinforcement Learning
Ryan Yu, Mateusz Nowak, Qintong Xie, Michelle Yilin Feng, Peter Chin
Task Adaptation of Reinforcement Learning-based NAS Agents through Transfer Learning
Amber Cassimon, Siegfried Mercelis, Kevin Mets
RL2: Reinforce Large Language Model to Assist Safe Reinforcement Learning for Energy Management of Active Distribution Networks
Xu Yang, Chenhui Lin, Haotian Liu, Wenchuan Wu
Robot See, Robot Do: Imitation Reward for Noisy Financial Environments
Sven Goluža, Tomislav Kovačević, Stjepan Begušić, Zvonko Kostanjčar
BAMAX: Backtrack Assisted Multi-Agent Exploration using Reinforcement Learning
Geetansh Kalra, Amit Patel, Atul Chaudhari, Divye Singh
RLInspect: An Interactive Visual Approach to Assess Reinforcement Learning Algorithm
Geetansh Kalra, Divye Singh, Justin Jose