自动车辆定位和计算机辅助调度系统的设计和应用考虑

A. Khattak, M. Hickman
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引用次数: 17

摘要

自动车辆定位(AVL)系统可以实时跟踪交通车辆。计算机辅助调度(CAD)软件用于监控过境作业和协助管理过境作业。与AVL系统一起,CAD软件可用于通过调度另一辆车来取代残疾车辆,或通过调整交通进度、时间表和路线来满足波动的出行需求。AVL和CAD技术可以直接提高交通准点率,通过向调度员提供位置、方向和状态信息来提高交通效率,通过减少对交通现场监督人员的依赖来降低运营成本,从而使交通焕发活力。本研究探讨了AVL/CAD技术的发展、可用性以及AVL供应商和传输实现者所报告的影响。该研究定义了影响实现效益水平的AVL/CAD技术的关键特征、功能和性能特征。AVL/CAD实现上下文是通过检查在哪里、何时以及为哪些用户实现这些系统来探索的。本研究提供了一种评估AVL/CAD系统的系统方法,并报告了AVL/CAD供应商和运输实施者对可用产品及其影响的看法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
AUTOMATIC VEHICLE LOCATION AND COMPUTER-AIDED DISPATCH SYSTEMS DESIGN AND APPLICATION CONSIDERATIONS
Automatic Vehicle Location (AVL) systems can track transit vehicles in real time. Computer-Aided Dispatch (CAD) software is used to monitor transit operations and assist management of transit operations. Together with AVL systems, CAD software can be used to replace a disabled vehicle by dispatching another vehicle, or meet fluctuating travel demand by adjusting transit headways, schedules, and routes. AVL and CAD technologies can vitalize transit by directly improving on-time performance, increasing transit efficiency through providing dispatchers with location, direction and status information, and reducing operating costs through reducing dependence on transit field supervisory personnel. This study explores the development, availability, and impacts of AVL/CAD technologies as reported by AVL vendors and transit implementers. The study defines the key features, functions, and performance characteristics of AVL/CAD technologies that can influence the level of benefits realized. The AVL/CAD implementation context is explored by examining where, when, and for what users these systems are being implemented. This research provides a systematic method for evaluation of AVL/CAD systems and reports the perceptions of AVL/CAD vendors and transit implementers regarding available products and their impacts.
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