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Impact of multipath angular distribution on performance of MIMO systems

机译:多径角度分布对MIMO系统性能的影响

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The objective of this paper is to analyze the impact of multipath angular distribution on the channel correlation and performance of MIMO systems. A full breadth of AOA models is used in this study, and they cover most scattering scenarios of the physical propagation channel. Closed-form expressions for parameters and corresponding correlation of these AOA models are derived. A simulation model was developed and extensive Monte Carlo simulations were performed to obtain the MIMO channel capacity, correlation, and diversity gain for various scenarios. Two major results are (i) the distribution shape has minor impact on the correlation, capacity and diversity gain; the major impact is due to the angular spread; (ii) the continuous and impulsive distribution have dramatically different impacts on the correlation, capacity and diversity gain.
机译:本文的目的是分析多径角度分布对信道相关性和MIMO系统性能的影响。这项研究使用了完整的AOA模型,它们涵盖了物理传播通道的大多数散射情况。推导了这些AOA模型的参数的闭式表达式和相应的相关性。开发了仿真模型,并进行了广泛的蒙特卡洛仿真,以获取各种情况下的MIMO信道容量,相关性和分集增益。有两个主要结果:(i)分布形状对相关性,容量和多样性增益影响较小;主要影响是由于角度扩展; (ii)连续性和冲动性分布对相关性,容量和多样性增益的影响截然不同。

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