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Optimal Integrated Operation Strategy for Highway Tollgate using Micro Simulation

机译:基于微观仿真的公路收费站综合运营优化策略

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These days, increasing traffic volume makes congestion commonly around the tollgates of Highway. So, reform measure of congestion around the tollgates is urgently required. One of the method is ETCS(Electronic Toll Collection System), which mostly is studied recently. Several tollgates in Korea operates ETCS, named Hi-Pass System, as examples. However, actually it''s too hard to build ETC systems in all tollgates because of system cost. Therefore we have studied indefatigably how to enhance efficiency of existing TCS(Toll Collecting System) with ETSC. Until Building ETC systems in all tollgates, several ways of TCS will have been operated mixedly. This study, therefore, has been aimed at developing the optimum operation method of combination ETCS and various TCSs. We develop a micro simulation model, which reproduces the operation states of various tollgate systems: waiting time, passing time. With this simulator, we proposed the optimal operation strategy of highway tollgate by benefit-cost analysis on the basis of benefit in saving total waiting time and operating cost.
机译:这些天来,交通量的增加通常导致高速公路收费站周围的交通拥堵。因此,迫切需要改革收费站周围的拥堵措施。其中一种方法是ETCS(电子通行费收集系统),最近对其进行了研究。例如,韩国的几个收费站都在使用ETCS(称为Hi-Pass系统)。但是,实际上,由于系统成本,很难在所有收费站中构建ETC系统。因此,我们一直在不懈地研究如何利用ETSC提高现有TC​​S(收费系统)的效率。在所有收费站建立ETC系统之前,将混合使用多种方式的TCS。因此,本研究旨在开发组合ETCS和各种TCS的最佳操作方法。我们开发了一个微型仿真模型,该模型可再现各种收费系统的运行状态:等待时间,通过时间。借助该模拟器,在节省总等待时间和运营成本的基础上,通过效益成本分析,提出了高速公路收费站的最佳运营策略。

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