Calibration of Traffic Incident Simulation Models Using Field Data

Semuel Y. R. Rompis, Filmon G. Habtemichael
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Abstract

This study presents a methodology to calibrate a traffic incident simulation model, particularly in a freeway. The queue length was used as the objective of the simulation model calibration in this study. The simulation model was set up using Traffic Simulation Model PTV. VISSIM. Multiple incident durations were simulated, and the generated queue lengths were compared to the observed queue lengths. The observed queue lengths were estimated using the LWR model and shockwave speeds calculated using the field data. The results confirm that calibrated VISSIM incident model can signify the shockwave propagation speeds and queue length in the event of freeway incident. Such a model can be implemented as an instrument for setting up traffic management strategies to alleviate the incident’s impact.
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利用现场数据校正交通事故模拟模型
本研究提出了一种校准交通事故模拟模型的方法,特别是在高速公路上。本研究以排队长度作为仿真模型标定的目标。利用交通仿真模型PTV建立仿真模型。VISSIM。模拟多个事件持续时间,并将生成的队列长度与观察到的队列长度进行比较。观察到的队列长度使用LWR模型估计,冲击波速度使用现场数据计算。结果表明,标定后的VISSIM事件模型能够反映高速公路事故中冲击波的传播速度和队列长度。该模式可作为制定交通管理策略的工具,以减轻事故的影响。
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