韩国交通自适应控制系统的开发与评估

Young-ihn Lee, Sang-Ho Hwang, Youngchan Kim
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引用次数: 1

摘要

本文介绍了TRACS中交通信号配时原理的概述和现场测试的结果。由研究机构、大学和电子公司组成的研究小组进行了为期三年的新系统开发项目,名为TRACS(交通自适应控制系统)。该项目于1994年顺利完成。TRACS旨在实现更好的交通适应性和更可靠的出行时间预测。根据交通需求和系统容量的变化,TRACS在整个系统中实时调整信号时序。TRACS的目的是在区域基础上控制交通,而不是在个别不协调的交叉口基础上控制交通。TRACS的另一个目的是提供实时的道路交通信息,如体积、速度、延迟、行驶时间等。通过现场测试,将第一版TRACS的性能与传统的TOD控制进行了比较。测试结果令人鼓舞,TRACS始终优于常规控制方法。信号配时的变化能及时响应交通需求的变化。对实时旅行时间估计的特点进行了研究
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development and assessment of a traffic adaptive control system in Korea
This paper addresses the outline of the traffic signal timing principles engaged in TRACS and the results of a field test. A research team, encompassing research institute, university and electronic company, conducted the three-year project for developing the new system, named TRACS (TRaffic Adaptive Control System). The project was successfully completed in 1994. TRACS aims at accomplishing the objectives of better traffic adaptability and more reliable travel time prediction. TRACS operates in real-time adjusting signal timings throughout the system in response to variations in traffic demand and system capacity. The purpose of TRACS is to control traffic on an area basis rather than an individual uncoordinated intersection basis. Another purpose of TRACS is to provide real-time road traffic information such as volume, speed, delay, travel time and so on. The performance of the first version of TRACS was compared to the conventional TOD control through a field test. The test result was promising in that TRACS consistently outperformed the conventional control method. The change of signal timing reacted timely to the variation of traffic demand. The feature of real-time travel-time estimation is under study.<>
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