Developing a Quality of Signal Timing Performance Measure Methodology for Arterial Operations (NDOT 607-17-803)
项目名称: Developing a Quality of Signal Timing Performance Measure Methodology for Arterial Operations (NDOT 607-17-803)
摘要: The Moving Ahead for Progress in the 21st Century (MAP-21) Act and the Fixing America's Surface Transportation (FAST) Act have emphasized performance-oriented and outcome-based transportation planning. While various performance measures for freeway operations have been established, methodologies for establishing arterial performance measures have not been defined. Conventional approaches to arterial performance measurement include the analytical methods documented in the Highway Capacity Manual (HCM). These methods describe arterial performance incorporating traffic delay and stops; the methods can be used to determine the quality of signal timing on an arterial road, making it a cost-effective engineering solution. In Nevada�s urban areas, signalized arterials carry nearly 40% of the total vehicle miles of travel (VMT); as a result, these arterials play a critical role in the overall transportation system�s efficiency. It is imperative that performance measurement criteria are established, so that the quality of signal timing and coordination along major arterials can be assessed. Efficient arterial operations and desirable performance outcomes cannot be achieved without traffic signals operating at their optimal levels. This research project, conducted on behalf of the Nevada Department of Transportation (NDOT), seeks to develop a scoring methodology for assessing the quality of signal timing along signalized arterials. It is anticipated that this scoring methodology will yield an index score based on common performance measures, that are obtained through either probe vehicle travel runs, or signal controller sensor and timing data.
状态: Active
资金: $272,986.00
资助组织: Federal Highway Administration
管理组织: Nevada Department of Transportation
执行机构: University of Nevada, Reno
主要研究人员: Hao, Xu
开始时间: 20171204
预计完成日期: 20200831
实际结束时间: 0
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