V-learning : a simple, efficient, decentralized algorithm for multiagent reinforcement learning
| Year of publication: |
2024
|
|---|---|
| Authors: | Jin, Chi ; Liu, Qinghua ; Wang, Yuanhao ; Yu, Tiancheng |
| Published in: |
Mathematics of operations research. - Hanover, Md. : INFORMS, ISSN 1526-5471, ZDB-ID 2004273-5. - Vol. 49.2024, 4, p. 2295-2322
|
| Subject: | (coarse) correlated equilibria | decentralized reinforcement learning | Markov games | multiagent reinforcement learning | Nash equilibria | V-learning | Lernprozess | Learning process | Lernen | Learning | Nash-Gleichgewicht | Nash equilibrium | Spieltheorie | Game theory | Agentenbasierte Modellierung | Agent-based modeling | Algorithmus | Algorithm | Dezentralisierung | Decentralization | Nichtkooperatives Spiel | Noncooperative game |
-
Deep Q-learning for Nash equilibria : Nash-DQN
Casgrain, Philippe, (2022)
-
Dynamics of market making algorithms in dealer markets : learning and tacit collusion
Cont, Rama, (2024)
-
Artificial intelligence : can seemingly collusive outcomes be avoided?
Abada, Ibrahim, (2023)
- More ...
-
Provably efficient reinforcement learning with linear function approximation
Jin, Chi, (2023)
-
Wu, Wenbo, (2018)
-
Climate policy risk and corporate financial decisions : evidence from the nox budget trading program
Dang, Viet Anh, (2023)
- More ...