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首页> 外文期刊>Current Journal of Applied Science and Technology >Using Radio Frequency Identification to Develop anAlgorithm for Tracking Vehicles
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Using Radio Frequency Identification to Develop anAlgorithm for Tracking Vehicles

机译:使用射频识别开发车辆跟踪算法

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One of the major problems facing law enforcement agents in developing nations is their inability to apprehend road traffic violators without physically stopping them to demand for relevant particulars. Some of these particulars when presented may either be fake, expired or genuine but there is no way the law enforcement agent can confirm the genuineness of the particulars without delaying the driver. Several methods are being used to track a moving object and access relevant information about the object but each of these methods has their pre requirements for implementation and limitations.In road transportation, most of the methods and technologies being used are either manually operated or not fast enough to generate accurate and immediate information of vehicles that are being tracked. In this paper, relevant works were clearly reviewed to identify the requirements, shortcomings and limitations of tracking vehicles. The database of road transportation using relational database model is proposed. Examination of the practicability of applying automatic identification technology generally and Radio Frequency Identification (RFID) technology in particular to identify vehicles plying the various in road transportation is carried out. The requirements of the system were clearly stated and two algorithms; system and RFID were proposed to enable the computer and the technology communicates effectively and efficiently with each other in order to track any moving vehicle and transfer a unique identification of the vehicle to the computer for further information. The system was tested using sampled data and the result was successful.
机译:发展中国家执法人员面临的主要问题之一是他们无法逮捕违反道路交通法规的人,而没有实际阻止他们索要相关细节。这些细节中的某些细节可能是伪造的,过期的或真实的,但是执法人员无法在不延迟驾驶员的情况下确认细节的真实性。有几种方法可用于跟踪移动物体并访问有关该物体的相关信息,但是每种方法都有实现和限制的先决条件。在道路运输中,大多数使用的方法和技术要么手动操作要么不快速足以生成准确和即时的被跟踪车辆信息。在本文中,对相关工作进行了清晰的审查,以确定跟踪车辆的要求,缺点和局限性。提出了使用关系数据库模型的公路运输数据库。进行了将自动识别技术特别是射频识别(RFID)技术应用于识别道路交通中的各种车辆的实用性的检验。明确说明了系统要求和两种算法;提出了系统和RFID,以使计算机和该技术彼此有效,高效地通信,以便跟踪任何行驶中的车辆并将车辆的唯一标识传递给计算机以获取更多信息。使用采样数据对系统进行了测试,结果成功。

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