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The impact of vehicle moving violations and freeway traffic flow on crash risk: An application of plugin development for microsimulation

机译:违章行驶和高速公路交通对撞车风险的影响:插件开发在微仿真中的应用

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摘要

This paper presents the use of the Aimsun microsimulation program to simulate vehicle violating behaviors and observe their impact on road traffic crash risk. Plugins for violations of speeding, slow driving, and abrupt stopping were developed using Aimsun’s API and SDK module. A safety analysis plugin for investigating probability of rear-end collisions was developed, and a method for analyzing collision risk is proposed. A Fuzzy C-mean Clustering algorithm was developed to identify high risk states in different road segments over time. Results of a simulation experiment based on the G15 Expressway in Shanghai showed that abrupt stopping had the greatest impact on increasing collision risk, and the impact of violations increased with traffic volume. The methodology allows for the evaluation and monitoring of risks, alerting of road hazards, and identification of hotspots, and could be applied to the operations of existing facilities or planning of future ones.
机译:本文介绍了使用Aimsun微型仿真程序来模拟车辆违章行为并观察其对道路交通事故风险的影响。使用Aimsun的API和SDK模块开发了用于违反超速,慢速驾驶和突然停车的插件。开发了一种用于研究追尾事故概率的安全分析插件,并提出了一种分析撞车风险的方法。开发了模糊C均值聚类算法,以识别不同路段随时间变化的高风险状态。基于上海G15高速公路的模拟实验结果表明,突然停车对增加碰撞风险的影响最大,而违规的影响则随着交通量的增加而增加。该方法可以评估和监控风险,警告道路危险和识别热点,并且可以应用于现有设施的运营或未来设施的规划。

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