Antenna selection: A novel approach to improve energy efficiency in massive MIMO systems

Masoud Arash, Ehsan Yazdian, M. Fazel
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引用次数: 3

Abstract

Due to take advantage of large number of antennas, massive MIMO systems are able to serve high data rates. On the other hand, using more antennas will rise the hardware power consumption and therefore total power consumption. So, a trade-off between data rate and power consumption is made which can be reflected well in Energy-Efficiency parameter. Considering hardware power consumption results to more realistic model. In this paper, a model for Energy-Efficiency by taking hardware power consumption into account is introduced and then, an antenna selection algorithm is presented to improve Energy-Efficiency. As dimensions of system is high, this algorithm is designed simple. Next, different selection scenario will be investigated and at the end an optimization for a special case will be represented. Our simulations results show significant improvement in Energy-Efficiency for antenna selection case using proposed method.
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天线选择:一种提高大规模MIMO系统能量效率的新方法
由于利用了大量天线,大规模MIMO系统能够提供高数据速率。另一方面,使用更多的天线将增加硬件功耗,从而增加总功耗。因此,在数据速率和功耗之间进行了权衡,这可以很好地反映在能效参数中。考虑硬件功耗的结果更符合实际。本文首先提出了考虑硬件功耗的系统能效模型,然后提出了一种提高系统能效的天线选择算法。由于系统的维数较高,该算法设计简单。接下来,将研究不同的选择场景,并在最后对特殊情况进行优化。仿真结果表明,该方法显著提高了天线选择的能效。
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