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Outage Analysis of PLNC Based Bidirectional Relay Network in the presence of I/Q Imbalance

机译:I / Q不平衡的情况下基于PLNC的双向中继网络中断分析

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Bidirectional relay network consists of two sources and a relay, where each node has a single antenna and operates in half duplex mode. The PLNC based OFDM system transmits numerous high data streams through narrow band flat fading subchannels to achieve high spectral efficiency over wide band channels. However in practice, I/Q imbalance is introduced at the radio frequency sections of the nodes affects the orthogonality among the subcarriers. In this paper, the bidirectional relay network is modelled with I/Q imbalance and the outage performance of Orthogonal Frequency Division Multiplexing (OFDM) based bidirectional relay network which employs physical layer network coding (PLNC) is analyzed in the presence of In-phase and Quadrature (I/Q) imbalance at both the time slots.
机译:双向中继网络由两个源和一个中继组成,其中每个节点都有一个天线,并以半双工模式运行。基于PLNC的OFDM系统通过窄带平坦衰落子信道传输大量高数据流,以在宽带信道上实现高频谱效率。然而,实际上,在节点的射频部分引入I / Q失衡会影响子载波之间的正交性。本文以I / Q不平衡为模型对双向中继网络进行了建模,并分析了在同相和同相存在的情况下采用物理层网络编码(PLNC)的正交频分复用(OFDM)双向中继网络的中断性能。两个时隙上的正交(I / Q)不平衡。

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