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Research and Application of RFID System Security Authentication Protocol Based on ECC Algorithm

机译:基于ECC算法的RFID系统安全认证协议的研究与应用

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The security of most existing RFID protocols, which is difficult to guarantee, is based on simple XOR or Hash operations. However, the more secure traditional encryption algorithm is difficult to apply to the RFID system directly, due to the limited computing resources of RFID tags. In order to solve the security risks of RFID in user data security and privacy, this paper studies the lightweight of elliptic curve cryptography (ECC) algorithm, which makes it more suitable for RFID tags, and then it designs a new RFID two-way authentication protocol combined the advantages and disadvantages of existing protocol based on ECC algorithms. Finally, in view of the frequent transfer of electronic tag ownership in the logistics supply chain environment, the designed RFID authentication protocol has been extended to make it more suitable for the logistics supply chain.
机译:大多数现有RFID协议的安全性难以保证,是基于简单的XOR或散列操作。然而,由于RFID标签的有限计算资源,难以直接向RFID系统应用于RFID系统的更安全的传统加密算法。为了解决RFID在用户数据安全和隐私中的安全风险,本文研究了椭圆曲线加密(ECC)算法的轻量级,这使得它更适合RFID标签,然后设计新的RFID双向身份验证协议基于ECC算法的现有协议的优点和缺点组合。最后,鉴于物流供应链环境中的电子标签所有权频繁转移,所设计的RFID认证协议已经扩展,使其更适合物流供应链。

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