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Spectral- and Energy-Efficiency for Massive MIMO Two-Way Full-Duplex Hybrid Processing AF Relay

机译:频谱和能量效率用于大规模MIMO双向全双工混合处理AF中继的

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We consider two-way full-duplex relaying where multiple full-duplex user-pairs exchange information via a shared hybrid full-duplex relay with large antenna array of size N. We assume that the hybrid relay has smaller number of radiofrequency (RF) chains than antennas. With zero-forcing reception (ZFR)/zero-forcing transmission (ZFT) relay processing, we derive its analytical asymptotic spectral efficiency (SE) and energy efficiency (EE) expressions with N→∞. We show that the analytical SE and EE expressions match with their exact expressions, which can only be numerically evaluated. We also numerically demonstrate that a hybrid full-duplex relay has only marginally inferior SE and EE than its full-RF chain counterpart.
机译:我们考虑双向全双工中继,其中多个全双工用户对通过具有大小尺寸N的共享混合全双工继电器交换信息。我们假设混合动力继电器具有较少数量的射频(RF)链比天线。利用零强制接收(ZFR)/零强制传输(ZFT)中继处理,我们通过N→∞衍出其分析渐近光谱效率(SE)和能量效率(EE)表达式。我们表明分析SE和EE表达式与其确切的表达式匹配,只能在数值评估。我们还在数值上证明了混合全双工继电器仅仅具有比其全RF链对应物的略微较差的SE和EE。

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