Q学习角色值法在机器人足球比赛中的应用

提出了基于Q学习的角色值方法,避免了在比赛中由于机器人之间的频繁角色转换而造成的系统效率损失及系统不稳定。该方法完善了多智能体系统的整体调整方法,有效地解决了在实际系统设计和实现过程中遇到的问题。经FIRA仿真比赛检验,该方法是有效的,降低了机器人丢球、漏球、不作为的可能性,弥补了按区域分配固定角色的不足,有较好的实用性。

Application of Role Value to Robot Soccer Based on Q-Learning

Multi-Agent System (MAS) designing has faced some challenging work such as cooperation among agents which are vital to the performance of this system. A much advanced agent role-value method based upon Q-learning is proposed in this paper to avoid the unstabilizing factors and the loss of efficiency caused by possibility of too frequent role switching between robots. Other new methods based on this role model are suggested to solve the problems associated with system designing and implementation. Application to Federation of International Robot-Soccer Association (FIRA) simulation system proves that this method is effective, and reduces the possibility that the robots loss ball, fumble ball and nonfeasance, and remedies the shortage that roles are assigned according to fixed regions.