An Improved Vehicle Registration and Licensing System

Abass O Adisa, S. Eludiora
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引用次数: 1

Abstract

Vehicle registration and licensing systems have been in existence for decades. However, there has been over 55% increase in the number of reported stolen vehicles which have not been recovered in the last 3 years. Therefore, there is need to improve on its existing systems by incorporating anti-theft capability of vehicles using fingerprint biometric technology. In developing the Secured Vehicle Registration System (SVRS), data on vehicle registration, renewal and change of ownership procedures were collected from the Motor Licensing Office at Osogbo. Unified Modelling Language (UML) tools was used for the system design, to illustrate the whole system in a clearer way, and implemented using JavaScript, PHP scripting language, HTML, XAMPP SQLServer and the Mantra MFS100 fingerprint scanner. The system performance was evaluated by authenticating registered vehicle owner biometric to calculate the Accuracy, Average Response Time (ART) and Apdex Score. The result of the evaluation using 288 fingerprint templates of 72 vehicle owners shows the False Accept Rate (FAR) of 0.0% and False Reject Rate (FRR) of 2.1%, which is equivalent to a system accuracy of 97.9%. The ART for the fingerprint execution matching is 36.3 microseconds while the overall system satisfaction Apdex score recorded was 0.73, which denotes a satisfying system. The high-speed verification method uses the lowest computational power and execution time to deliver accurate results through making a match or non-match against stored templates. The developed system demonstrated its ability to link vehicle(s) to its respective owner(s) and also function as an automatic identity verification system for vehicle owners using VIN and fingerprint. The system has the ability to be employed for preventing fraudulent change of ownership and also help reduce delay in processing vehicle license. Keywords — authentication, biometrics, database, fraudulent, information protection, motor vehicle administration, motor vehicle registry, security code, vehicle owners
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改进车辆登记及领牌制度
车辆登记和牌照制度已经存在了几十年。然而,在过去三年里,报案的被盗车辆数量增加了55%以上。因此,有必要在现有系统的基础上,加入指纹生物识别技术的车辆防盗功能。在制定有担保车辆登记系统时,从Osogbo的汽车执照办公室收集了关于车辆登记、续期和所有权变更程序的数据。采用统一建模语言(UML)工具进行系统设计,以更清晰的方式说明整个系统,并使用JavaScript、PHP脚本语言、HTML、XAMPP SQLServer和Mantra MFS100指纹扫描仪进行实现。通过验证注册车主的生物特征来评估系统的性能,计算准确率、平均反应时间(ART)和Apdex评分。对72名车主288份指纹模板进行评价,结果显示,系统的误接受率(FAR)为0.0%,误拒绝率(FRR)为2.1%,系统准确率为97.9%。指纹执行匹配的ART为36.3微秒,而记录的整体系统满意度Apdex评分为0.73,表示系统满意。高速验证方法使用最低的计算能力和执行时间,通过对存储的模板进行匹配或不匹配来提供准确的结果。开发的系统展示了其将车辆与其车主联系起来的能力,并可作为车主使用VIN和指纹的自动身份验证系统。该系统能够防止欺诈性的所有权变更,也有助于减少处理车辆许可证的延误。关键词:身份认证,生物识别,数据库,欺诈,信息保护,机动车管理,机动车登记,安全码,车主
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