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Physical Layer Authentication Schemes Against Clone Node and Sybil Attacks in Wireless Industrial Internet

机译:无线工业互联网中针对克隆节点和Sybil攻击的物理层认证方案

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摘要

Security is becoming an increasingly important factor for any of today's wireless communications systems. For mission-critical wireless industrial networks, a new and increased level of significance is urgently required. Various cyber-attacks, such as a clone attack and sybil attack, seriously threaten industrial network security. Therefore, we propose a strategy utilizing identity and channel state information to detect clone attack and sybil attacks. Firstly, we collect identity to make a preliminary assessment between the two types of attacks. Secondly, the physical layer authentication approach is adopted to undertake attack detection, utilizing the channel state information differences between the legitimate and malicious nodes. We verify the effectiveness of the proposed approach through simulation and attack experiments.
机译:安全性已成为当今任何无线通信系统中越来越重要的因素。对于关键任务无线工业网络,迫切需要一种新的,更高水平的重要性。诸如克隆攻击和sybil攻击之类的各种网络攻击严重威胁着工业网络的安全。因此,我们提出了一种利用身份和通道状态信息来检测克隆攻击和sybil攻击的策略。首先,我们收集身份以对两种类型的攻击进行初步评估。其次,利用物理层认证方法,利用合法节点与恶意节点之间的信道状态信息差异进行攻击检测。我们通过仿真和攻击实验验证了该方法的有效性。

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