基于R-LWE密码体制的RFID三方认证协议

RFID TRIPARTITE AUTHENTICATION PROTOCOL BASED ON R-LWE CRYPTOSYSTEM

  • 摘要: 针对现有大多数协议无法实现服务器、电子标签及读写器三方之间相互认证的缺陷,提出一种基于R-LWE (Learning with Errors over Ring)密码体制下可实现三方认证的协议。协议采用理想格式对重要隐私信息进行加密,且加密时间远入不同随机数,既可保障隐私信息安全,亦可使得消息具备新鲜性和不确定性。对所设计协议进行安全性分析,基于GNY逻辑形式化证明、性能分析,结果表明该协议具备良好的安全要求、严谨的推理、性能优于其他对比协议。

     

    Abstract: Aiming at the defect that most existing protocols can't realize the mutual authentication among server, electronic tag and reader, this paper proposes a protocol which can realize the tripartite authentication based on R-LWE (learning with errors over ring) cryptosystem. The protocol used ideal lattice to encrypt important private information, and the encryption was mixed with different random numbers at the same time, which not only ensured the security of private information, but also made the message fresh and uncertain. The security analysis, formal proof based on GNY logic and performance analysis of the designed protocol show that the protocol has good security requirements, rigorous reasoning and better performance than its comparison protocol.

     

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