A Study of Single Intersection Traffic Signal Control Based on Two-player Cooperation Game Model

Tan Linglong, Zhao Xiaohua, Hu Dunli, Shang Yanzhang, Wan Ren
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引用次数: 20

Abstract

Two-player cooperation game model was introduced to solve the two-phase traffic control for single intersection in this paper. The traffic signal control problem of single intersection with two phases belonged to the two-player cooperation game model when each phase was defined as a player of game. The Nash bargaining solution method for Two-player cooperation game was applied to obtain the optimal control strategy to ensure the maximization of the overall benefit of the intersection. The simulation result by Paramics has showed that the control performance of the two-player cooperation game algorithm is far better than fixed time control in the low and moderate traffic volumes condition and the control strategy can adapt to the variable traffic environment.
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基于二人合作博弈模型的单交叉口交通信号控制研究
本文引入二人合作博弈模型来解决单交叉口的两阶段交通控制问题。将两个阶段的单交叉口交通信号控制问题定义为一个博弈参与者,属于二人合作博弈模型。采用二人合作博弈的纳什议价解方法,求出保证交叉口整体利益最大化的最优控制策略。Paramics仿真结果表明,在中低交通量条件下,二人合作博弈算法的控制性能远优于固定时间控制,控制策略能够适应多变的交通环境。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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