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A Probe-Vehicle-Based Evaluation of Adaptive Traffic Signal Control

机译:基于探测车辆的自适应交通信号控制评价

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摘要

In 2005, the Cobb County Department of Transportation, Cobb County, GA, conducted an adaptive signal control pilot study implementing the Sydney Coordinated Adaptive Traffic System (SCATS) on 15 intersections. This paper presents the results of a before-and-after probe-vehicle-based operational comparison of optimized time-of-day (i.e., before control) and SCATS (i.e., after control) traffic control system performance. The focus of this operational analysis is the typical operating performance during the weekday peak, weekday off-peak, and weekend travel periods. Travel time data were collected using Global-Positioning-System (GPS)-equipped test vehicles. The results showed that both systems provided good performance, whereas neither the before time-of-day or after SCATS is clearly dominant, except on Cumberland Parkway, where SCATS control consistently provides equivalent or superior performance to that of the time-of-day control.
机译:2005年,佐治亚州科布县的科布县交通局进行了自适应信号控制试点研究,在15个交叉路口实施了悉尼协调性自适应交通系统(SCATS)。本文介绍了基于侦探车前后的优化运行时间(即控制前)和SCATS(即控制后)交通控制系统性能的操作结果。此运营分析的重点是工作日高峰时段,工作日非高峰时段和周末旅行期间的典型运营绩效。行驶时间数据是使用配备了全球定位系统(GPS)的测试车收集的。结果表明,这两个系统都提供了良好的性能,而SCATS之前或之后都不明显占主导地位,除了在Cumberland Parkway上,SCATS控件始终提供与一天中的控件相同或更高的性能。 。

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