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Transmit antenna selection for coded multiple-input dual-output systems

机译:编码多输入双输出系统的发射天线选择

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Antenna selection (AS) in multiple input multiple output (MIMO) systems has been introduced to benefit from MIMO gains with tolerable cost and complexity. In the literature, the AS has been addressed only for the case of uncoded MIMO systems. In this paper, we assess the benefits of transmit AS technique for coded multiple-input dual-output (MIDO) sys-tems. First, we design an SNR-dependent adaptive space time block code suited for capacity achieving coded MIDO systems with transmit antenna selection. In the context of a turbo-coded WiMAX system, the designed adaptive STBC matches or outperforms WiMAX MIMO profiles in terms of bit error performance. We show that using transmit antenna selection provides a substantial SNR gain of more than 3 dB with respect to a 2 × 2 turbo coded WiMAX system, and this, with a low cost and complexity increase.
机译:已经引入了多输入多输出(MIMO)系统中的天线选择(AS),以受益于MIMO增益以及可容忍的成本和复杂性。在文献中,仅针对未编码的MIMO系统解决了AS。在本文中,我们评估了传输AS技术对编码多输入双输出(MIDO)系统的好处。首先,我们设计了一个与SNR相关的自适应空时分组码,适用于通过选择发射天线来实现编码MIDO系统的容量。在Turbo编码的WiMAX系统中,设计的自适应STBC在误码性能方面匹配或优于WiMAX MIMO配置文件。我们证明,相对于2×2 Turbo编码的WiMAX系统,使用发射天线选择可提供大于3 dB的显着SNR增益,而且成本低廉且复杂度增加。

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