Research on RFID authentication Protocol in Internet of Vehicles

Pengcheng Sun, Fei Li
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Abstract

With the development of Internet of Vehicles, radio frequency identification technology (RFID) has been widely used in vehicle networks. The classic RFID authentication scheme cannot meet the special security and confidentiality requirements of RFID in Internet of Vehicles. This paper proposes an RFID authentication protocol in the Internet of Vehicles based on the certification center (CA). Through the certification center, you can avoid the Dos attack problem faced by the back-end server and reduce the server's computing burden. At the same time, through the authentication center, the identity authentication of the back-end server, reader and vehicle tag is indirectly achieved, which solves the problems of replay and malicious tracking that are often faced in RFID. The theory of formal logic language GNY proves that the protocol has high security in the Internet of Vehicles.
车联网RFID认证协议研究
随着车联网的发展,无线射频识别技术(RFID)在车联网中得到了广泛的应用。传统的RFID认证方案不能满足车联网RFID特殊的安全保密要求。提出了一种基于认证中心(CA)的车联网RFID认证协议。通过认证中心,可以避免后端服务器面临的Dos攻击问题,减轻服务器的计算负担。同时,通过认证中心间接实现后端服务器、读写器和车载标签的身份认证,解决了RFID中经常面临的重播和恶意跟踪问题。形式逻辑语言GNY理论证明了该协议在车联网中具有较高的安全性。
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