Evolutionary Stability Does Not Guarantee Learning Accessibility: A Multi-Agent Reinforcement Learning Perspective on Cooperation Emergence· 演化稳定性不保证学习可达性
Cooperation emergence is a central problem in multi-agent systems because decentralized agents must coordinate while adapting to the changing behavior of others. Evolutionary game theory identifies strategically stable outcomes, but stability under a population adjustment dynamic need not imply that finite-sample learning agents can reach the same outcome through local reward feedback. We study this distinction in a transparent three-agent governance-motivated game involving a government, a platform firm, and users. We derive replicator dynamics for the fixed stage-game incentives, evaluate the cooperative evolutionary basin on a symmetric initial-condition grid, and compare it with learning-basin estimates for three decentralized value-based learners. The learning analysis uses independen
多智能体系统的合作演化问题分析
- 核心方法
- 通过三个参与者的治理动机游戏,研究复制动态、合作演化稳定性及分散学习者的学习区域
- 适合谁读
- 研究者
- 要解决的问题
- 探讨多智能体系统中,演化稳定性结果是否对有限样本学习智能体可达到
- 关键实验
- 使用对称初始条件网格评估合作演化稳定域,对比三种分散价值基础学习者的学习区域估计值
- 主要贡献
- 明确指出演化稳定性与学习可达性之间的区别,为多智能体合作机制设计提供理论支持
- 意义与局限
- 深化了对多智能体系统中合作机制的理解,揭示了理论结果与实际应用之间的差距。局限在于实验场景的简化和假设条件的理想化