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Service-Based Coverage for Physical Layer Security with Multi-Point Coordinated Beamforming

机译:多点协作波束形成的基于服务的物理层安全性覆盖

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As 5G mobile communication technologies present new challenges to assuring security and privacy, physical layer security (PLS), which comprises methods to improve data security via physical layer techniques, offers a new pillar of protection. Coordinated multi-point is a transmission technique to enhance signal reception especially for users at cell edges. In this study, we propose a PLS scheme involving CoMP coupled with beamforming and service-based power management. A certain level of geographical isolation for the coverage of the signal for the typical legitimate user is achieved. The proposed scheme is evaluated on simulated scenarios based on real-life mobile network topology data. As a Figure of performance, the secure and successful detection probability is computed with varying antenna array size, number of coordinated transmission points, and different service requirements. The improvement of the area where the legitimate user is vulnerable to security outage is also illustrated.
机译:随着5G移动通信技术提出了确保安全性和隐私性的新挑战,物理层安全性(PLS)包括通过物理层技术提高数据安全性的方法,它提供了新的保护支柱。多点协作是一种增强信号接收的传输技术,特别是对于小区边缘的用户。在这项研究中,我们提出了一个涉及CoMP的PLS方案,并结合了波束成形和基于服务的功率管理。对于特定的合法用户,可以实现一定程度的地理隔离,以覆盖信号。在基于真实移动网络拓扑数据的模拟场景下对提出的方案进行了评估。如图所示,通过变化的天线阵列大小,协调的传输点数和不同的服务要求来计算安全成功的检测概率。还说明了合法用户易受安全中断影响的区域的改进。

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