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Physical Layer Security for Primary System: A Symbiotic Approach in Cooperative Cognitive Radio Networks

机译:主要系统的物理层安全性:合作认知无线电网络中的共生方法

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In this paper, we proposed a symbiotic approach for a secure primary network by allowing the secondary users to send the jamming noise to degrade the wiretap ability of the eavesdropper. In particular, assuming that the global channel state information is perfectly known at tranceivers, we consider the case of the primary transmitter equipped with only one antenna, which implies that the primary transmitter does not have beamforming capability. As the reward of having access to the frequency spectrum which is licensed by the the primary user, the secondary transmitter will assist the primary systems in terms of security by sending the jamming noise to the eavesdropper. We propose an algorithm to find the optimal transmit power for maximizing the secrecy capacity of the primary system. Numerical results are presented to validate our proposed scheme.
机译:在本文中,我们通过允许次级用户发送干扰噪声来降低窃听器的窃听能力,提出了一种用于安全主网络的共生方法。特别地,假设全局信道状态信息在Tranciver上完全知道,我们考虑仅配备有一个天线的主要发射器的情况,这意味着主发射器没有波束成形能力。作为访问由主用户许可的频谱访问的奖励,辅助发射器将通过向窃听器发送干扰噪声来帮助主系统。我们提出了一种算法来找到最佳发射功率,以最大化主系统的保密容量。提出了数值结果以验证我们提出的计划。

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