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Game-theory Based Driving Decision Algorithm for Intersection Scenarios Considering Driver Irrationality

机译:基于游戏理论基于交叉情景的驾驶决策算法考虑驱动程序的非法性

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Traffic complexities in no-signal intersections lead to amounts of accidents, among of which are due to inappropriate decision based on inconsiderate judgements of the other traffic users. Focusing on an example intersection driving scenario, this paper analyses the decision-making behaviour of two crossing vehicles at intersections without traffic lights, while considering the influence of safety factor, traffic efficiency and drivers' irrationality, etc. We propose a corresponding utility model to treat the whole dynamic process as finite repeated games. Nash Equilibrium approach is adopted to solve the decision-making problem at intersections. The effectiveness of the proposed decision algorithm is validated by both simulation and human-in-the-loop experiments.
机译:无信号交叉路口的交通特色导致事故的数额,其中包括基于其他交通用户的不熟悉判断的不恰当决策。专注于一个示例交叉路口驾驶场景,本文分析了两个交叉车辆在没有交通灯的交叉口的决策行为,同时考虑了安全因子,交通效率和司机的非理性等的影响。我们提出了相应的实用新型将整个动态过程视为有限的重复游戏。采用纳什均衡方法来解决交叉路口的决策问题。通过模拟和循环实验验证了所提出的决策算法的有效性。

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