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Critical Safety Distance Model of Human-Vehicle Unit Based on Traffic Conflict at Urban Intersections

机译:基于城市交叉口交通冲突的人车临界安全距离模型

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摘要

Traffic safety problem is one of the main problems faced by road traffic system, which attracts more and more attention of the society. Intersection is the bottleneck of the urban road traffic system. A large proportion of traffic accidents take place at intersections. On the basis of the existing critical conflict zone model, the human-vehicle unit driving states were further divided into longitudinal driving state, lateral driving state, and intersectional driving state, and traffic conflicts at intersections were analyzed. Emphasis was put on traffic conflict danger potential reaction of the human-vehicle unit in intersectional driving state. Combined with traffic rules, the risk identification model based on traffic conflict in intersection condition was built. Calculation examples show that the model can well simulate the actual traffic conditions and improve the precision and practicability of the original model. The theory of driver behavior and traffic safety has also been expanded and enriched.
机译:交通安全问题是道路交通系统面临的主要问题之一,引起社会越来越多的关注。交叉口是城市道路交通系统的瓶颈。大部分交通事故发生在十字路口。在现有临界冲突区模型的基础上,将人车单元的行驶状态进一步分为纵向行驶状态,横向行驶状态和交叉路口行驶状态,并对交叉路口的交通冲突进行了分析。重点介绍了交叉行驶状态下人车单元的交通冲突危险潜在反应。结合交通规则,建立了交叉路口交通冲突风险识别模型。计算实例表明,该模型能够很好地模拟实际交通状况,提高了原始模型的精度和实用性。驾驶员行为和交通安全的理论也得到了扩展和丰富。

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