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New features of Tritone for the evaluation of traffic safety performances

机译:交通安全性能评估的TRITONE的新功能

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Recent research papers have confirmed that traffic simulation can identify near crashes events and establish a good base for the estimation of real crashes risk. The objective of this paper is to present the new features of a microsimulation model originally developed to estimate road safety performance. The presented microsimulator has many new features that can be useful to engineers and researchers such as: - Dynamic calculation of traffic and road safety indicators. - Simulation of satellite location data obtained by GPS and smartphones. - Simulation of adaptive traffic lights activated by FCD data. - 20 different acoustic emission models. - Possibility of taking into account "instrumented" vehicles to assess new Intelligent Transportation System performances. The paper describes the above listed new features of TRITONE that combined with the calculation of road safety indicators evaluations allow planners to benefit from the availability of a useful and innovative tool for traffic simulation.
机译:最近的研究论文证实,交通仿真可以识别近撞击事件,并建立估计真正崩溃风险的良好基础。本文的目的是展示最初开发的微仿模型的新特征,以估算道路安全性能。所提出的微模介器具有许多新功能,对工程师和研究人员来说非常有用: - 动态计算交通和道路安全指标。 - GPS和智能手机获得的卫星位置数据的仿真。 - 通过FCD数据激活的自适应交通灯的仿真。 - 20种不同的声发射模型。 - 考虑到“仪器”车辆的可能性,以评估新的智能交通系统性能。本文描述了上面列出的TRITONE的新功能,结合道路安全指标评估的计算,允许规划人员从有用和创新的流量模拟工具的可用性中受益。

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