Influence of Signal and Interference Spatial Correlation on the MIMO Communication System's Channel Capacity

Y. Parshin, A. Parshin, M. Grachev
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Abstract

Wide use of MIMO technology opens up some new possibilities for increasing the noise immunity of communication systems. The presence of multiple transmitter antennas and multiple receiver antennas allows for spatial coding and spatial decoding of signals together with spatial interference cancellation. The efficiency of transmit-receive spatial diversity is investigated as a function of the spatial correlation in the MIMO channel and interference correlation on the receiver site. It was found that the influence of the spatial correlation in the MIMO channel on the outage probability of the MIMO communication system is similar to the influence of the interference spatial correlation when the antennas' number is different.
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信号和干扰空间相关性对MIMO通信系统信道容量的影响
MIMO技术的广泛应用为提高通信系统的抗噪性开辟了新的可能性。多个发射天线和多个接收天线的存在允许信号的空间编码和空间解码以及空间干扰消除。研究了MIMO信道空间相关和接收端干扰相关对收发空间分集效率的影响。研究发现,MIMO信道空间相关性对MIMO通信系统中断概率的影响与天线数不同时干扰空间相关性的影响相似。
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