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Y. Stephanedes, E. Kwon, J. Mallis, Ronald Roetzel
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Abstract

SCOOT, SCATS, PRODYN and OPAC represent the state-of-the-art control strategies for signalized traffic network management by employing advanced control concept such as demandresponsive, on-line timing generation with adaptive features. While there have been individual tests of the above state-of-the-art control strategies by various agencies, no comprehensive effort has been made to evaluate and quantify the performance of each strategy, especially in terms of their applicability to both loops and video detection. This research reviews the advanced intersection control strategies developed to date. Due to the lack of field evaluation that can directly compare each control strategy, this study focused on the theoretical principles and implementation issues found from the literature. Further, the existing intersection control systems in three major cities in the U.S. and Canada are analyzed and their control algorithms are introduced. Finally, the current status of the video detection development is also reviewed.
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SCOOT, SCATS, PRODYN和OPAC通过采用先进的控制概念,如需求响应,具有自适应功能的在线定时生成,代表了信号交通网络管理的最先进的控制策略。虽然各机构对上述最先进的控制战略进行了个别测试,但尚未作出全面努力来评价和量化每种战略的性能,特别是在它们对循环和视频检测的适用性方面。本文综述了迄今为止发展起来的先进的交叉口控制策略。由于缺乏可以直接比较每种控制策略的实地评估,本研究侧重于从文献中发现的理论原理和实施问题。分析了美国和加拿大三个主要城市现有的交叉口控制系统,介绍了其控制算法。最后,对视频检测的发展现状进行了综述。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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