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An Intelligent System for Vehicle Access Control using RFID and ALPR Technologies

机译:使用RFID和ALPR技术的车辆访问控制智能系统

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This paper introduces a hybrid system for vehicle access control using RFID and automatic license plate recognition (ALPR) technologies. RFID technology is proven to provide an effective solution to different tracking and localization problems. However, the technology has its shortcomings in tracking objects/users without a tag. As such, we propose to complement this technology with ALPR to control the access of different types of vehicles to the area of Makkah (Saudi Arabia) during Pilgrimage seasons. This limited area can easily get congested with the huge number of vehicles attempting access. Before the start of the season, vehicles authorized to access the region are assigned passive RFID tags specifying their allowed schedule of entry. Violating vehicles that do not have RFID tags are detected and identified using ALPR. The developed systemwas tested over two pilgrimage seasons. The experiments showed that the developed RFID system was able to identify all passing vehicles with speeds up to 100 km/h, while the ALPR system achieved 94%recognition accuracy of vehicles not equipped with RFID tags.
机译:本文介绍了一种使用RFID和自动牌照识别(ALPR)技术的车辆访问控制混合系统。证明RFID技术可为不同的跟踪和本地化问题提供有效的解决方案。但是,该技术在没有标签的情况下跟踪对象/用户的缺点。因此,我们建议将这项技术与ALPR补充,以便在朝圣时控制不同类型的车辆到Makkah(沙特阿拉伯)的地区。这个有限的区域可以很容易地拥挤,与尝试访问的大量车辆充满了拥挤。在本赛季开始之前,授权访问该区域的车辆被分配了被动RFID标签,指定了其允许的条目计划。违反没有RFID标签的车辆使用ALPR检测和识别。开发的系统在两个朝圣时期测试。实验表明,发达的RFID系统能够识别所有速度的速度高达100公里/小时,而ALPR系统达到了没有配备RFID标签的车辆的94%识别精度。

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