Secure Outage Probability Analysis of Relay Networks Based on Cooperative Jamming

Yan Zheng, Shou-yi Yang, Hao Fu, Tian Chen
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引用次数: 2

Abstract

In view of the security of the relay system with eavesdropping node, the secure outage probability of relay system under cooperative jamming mechanism is studied based on the theory of physical layer security. The method of transmitting jamming signals by the source node and destination node is proposed to make the receiving of eavesdropping node worse than the legal node, improving the secure performance of the system. Meanwhile, the self-interference caused by the relay node in the full-duplex is avoided. The theoretical derivation of the system's secure outage probability is also made. The simulation results show that compared with the traditional relay network, the proposed system's secure outage probability is significantly reduced by using cooperative jamming technology. In addition, with the cooperative jamming mechanism, the secure outage probability of the proposed half-duplex network is better than that of full-duplex network.
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基于协同干扰的中继网络安全中断概率分析
针对具有窃听节点的中继系统的安全性问题,基于物理层安全理论,研究了协同干扰机制下中继系统的安全中断概率。提出了由源节点和目的节点发送干扰信号的方法,使窃听节点的接收比合法节点差,提高了系统的安全性能。同时避免了中继节点在全双工中产生的自干扰。对系统的安全中断概率进行了理论推导。仿真结果表明,与传统中继网络相比,采用协同干扰技术可显著降低系统的安全中断概率。此外,通过协同干扰机制,所提出的半双工网络的安全中断概率优于全双工网络。
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