Research on MIMO Channel Capacity in Complex Indoor Environment Based on Deterministic Channel Model

Yuanqiang Wang, Zhongyu Liu, Li-xin Guo
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Abstract

With the popularization of intelligent mobile terminals, the emerging high-speed data exchange services make MIMO become an important development direction, which poses new challenges to the planning and optimization of communication networks. In order to support the design and optimization of future MIMO communication system suitable for complex indoor environment, the deterministic channel model based on ray tracing method is used to calculate the impulse response of the receiving antenna of MIMO system, which provides a reliable support for the channel capacity estimation in this scenario. The simulation results show that the channel capacity of the MIMO system increases with the increase of the antenna density, the antenna array aperture and the SNR, or decreases with the decrease of the spatial correlation between multipaths.
基于确定性信道模型的复杂室内环境下MIMO信道容量研究
随着智能移动终端的普及,高速数据交换业务的兴起,使得MIMO成为重要的发展方向,这对通信网络的规划和优化提出了新的挑战。为了支持未来适合复杂室内环境的MIMO通信系统的设计和优化,采用基于光线追踪法的确定性信道模型计算MIMO系统接收天线的脉冲响应,为该场景下的信道容量估计提供可靠支持。仿真结果表明,MIMO系统的信道容量随天线密度、天线阵列孔径和信噪比的增大而增大,或随多径空间相关性的减小而减小。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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