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Localization algorithm of energy efficient radio spectrum sensing in cognitive internet of things radio networks

机译:认知物联网无线网络中高能效无线电频谱感知的定位算法

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Spectrum sensing is a key problem of implementing cognitive radio (CR). Some malicious users falsify data, which reduces the performance of spectrum sensing. To this end, trustful cluster-based cooperative compressed spectrum sensing (TCBCSS) algorithm is proposed orienting to malicious user environment. Maximum likelihood (ML) is firstly used for estimating the distance from the cluster to the primary user, and the distance is compared with the preset threshold value so as to seek for the trustful cluster. Then, the channel condition is detected using the compressed spectrum sensing algorithm according to the information provided by the trustful cluster. The simulation result indicates that the proposed TCBCSS algorithm could cope with the malicious user environment effectively, detect the malicious user accurately, and maintain high spectrum detection rate. (C) 2018 Elsevier B.V. All rights reserved.
机译:频谱感测是实现认知无线电(CR)的关键问题。一些恶意用户伪造数据,从而降低了频谱感知的性能。为此,针对恶意用户环境,提出了基于信任簇的协同压缩频谱感知(TCBCSS)算法。首先使用最大似然(ML)来估计从集群到主要用户的距离,并将该距离与预设阈值进行比较,以寻找可信任的集群。然后,根据可信任簇提供的信息,使用压缩频谱感知算法检测信道状况。仿真结果表明,所提出的TCBCSS算法能够有效应对恶意用户环境,准确检测恶意用户,并保持较高的频谱检测率。 (C)2018 Elsevier B.V.保留所有权利。

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