RFID速度监控系统

A. Al-Gindy, A. Tawfik, Laila Sakhi, Hibaq Mohamad, M. Mustafa
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引用次数: 4

摘要

与超速相关的交通事故越来越多,需要采取更严格的措施。射频识别技术(RFID)在一定范围内对物体的识别能力最强。一个系统被创建来近似车辆在两个RFID读取器之间行驶的速度。RFID读取器将被放置在彼此之间已知的预定距离上。携带RFID标签的过往车辆将向读取器广播其唯一号码,读取器将记录车辆经过的确切时间。通过测量车辆连续通过两个读卡器所需的时间,就可以计算出平均速度。均值定理说车辆的速度必须在某一点等于计算出的平均速度。计算速度超过限速的,可立即发出超速罚单。该技术具有成本低、易于集成、速度测量准确等优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RFID Speed Monitoring System
The increasing number of speeding related car accidents call for stricter measures to be taken. Radio Frequency Identification (RFID) presents the best ability to identify objects in a certain range. A system was created to approximate the speed of a vehicle travelling between two RFID readers. RFID readers will be placed at known, predetermined distances from each other. The passing vehicle carrying an RFID tag will broadcast its unique number to the reader which will log the exact time this vehicle has passed. By measuring the time the vehicle needed to pass two consecutive readers, the average speed can be calculated. Mean value theorem says that the vehicle's speed must be at some point equal to the average speed calculated. Speeding ticket can be issued immediately if the calculated speed exceeds the speed limit. This technique provides advantages such as, low cost, easy integration, and accurate speed measurement.
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