Advances in practical implementation of AVI systems

A. Koelle
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引用次数: 8

Abstract

Electronic toll collection with reflective Automatic Vehicle Identification (AVI) tags in the vehicle windshield is a commercial reality, with proven reliability and cost effectiveness. Reflective tag technology enhances the selectivity for reading only the closest of several tags in the reader's field, as well as reducing tag complexity and cost. The advantages of reflective tag technology can be retained for the vehicle-to-roadside radio link of IVHS with a simple ASK radio link used for roadside-to-vehicle transmissions. System capability and reliability could be improved with the IVHS antenna designed into the vehicle structure. Usable vehicle speed and required RF power trade off against message length, making it necessary to use message data bits as efficiently as possible.
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AVI系统在实际应用中的进展
在汽车挡风玻璃上安装反射式自动车辆识别(AVI)标签的电子收费系统已成为商业现实,具有可靠的可靠性和成本效益。反射式标签技术提高了阅读器领域中几个标签中仅读取最近的标签的选择性,同时降低了标签的复杂性和成本。反射标签技术的优点可以保留在IVHS的车辆到路边的无线电链路上,使用一个简单的ASK无线电链路用于道路到车辆的传输。将IVHS天线设计到车辆结构中,可以提高系统性能和可靠性。可用的车辆速度和所需的射频功率与消息长度进行权衡,因此有必要尽可能有效地使用消息数据位。
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Signal preemption as a priority treatment tool for transit demand management An object-oriented traffic simulation with IVHS applications Intelligent driving—Prometheus approaches to longitudinal traffic flow control Highway automation: System modeling for impacts analysis Designing and implementing a PC-based, graphical, interactive, real-time advanced traveler information system that meets commuter needs
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