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Fiber Grating Traffic Monitoring Systems

机译:光纤光栅流量监控系统

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摘要

Previous studies have shown the capability of fiber Bragg gratings (FBGs) to monitor components of strain on bridges and structures. In past months, Blue Road Research and the Oregon Department of Transportation embedded long-gage FBG sensors into the Interstate 84 freeway east of Portland, Oregon to determine the feasibility of retro-install and for use of these sensors in monitoring freeway traffic speeds under conditions similar to loop inductors, piezo-ceramic weigh-in-motion (WIM) systems, and other vehicle monitoring devices. The objective of the study was to develop a working traffic sensor system with the potential to be more durable, reliable, informative, and cost-effective than currently available traffic sensors. A primary purpose of the freeway installation was to test the sensors for vehicle classifier and counter applications. In addition to discussion of the advantages of using FBGs for traffic classifiers and systems over conventional sensing methods, this paper overviews the installation and summarizes the use of FBG traffic sensors for vehicle counting and classification.
机译:先前的研究表明,光纤布拉格光栅(FBG)能够监视桥梁和结构上的应变分量。在过去的几个月中,Blue Road Research和俄勒冈州交通运输部将长距离FBG传感器嵌入俄勒冈州波特兰市以东的84号州际高速公路上,以确定在某些情况下进行重新安装以及将其用于监视高速公路交通速度的可行性与环路电感器,压电陶瓷运动称重(WIM)系统和其他车辆监控设备类似。该研究的目的是开发一种工作的交通传感器系统,该系统比现有的交通传感器具有更高的耐用性,可靠性,信息量和成本效益。高速公路安装的主要目的是测试车辆分类器和计数器应用的传感器。除了讨论将FBG用于交通量分类器和系统相对于传统传感方法的优势外,本文还概述了安装情况并总结了FBG交通传感器用于车辆计数和分类的用途。

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