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2D autoregressive model-based dynamic correlated massive MU-MIMO channel simulator

机译:基于2D自回归模型的动态相关大规模MU-MIMO信道模拟器

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摘要

To design a dynamic correlated channel simulator which can precisely depict the space-time correlation properties and be suitable for the massive multi-user multiple-input multiple-output (MU-MIMO) system, a 2D autoregressive (2D AR) model-based method is proposed. Specifically, by exploiting stationarity in space-time domain, the authors use 2D AR method to create the space-time channel matrices of every user separately. In this way, the space-time dimension of the simulated channel can be modified flexibly without rebuilding the 2D AR model, and spatial correlation matrix with excessively big size is not necessary to guarantee the accuracy of the proposed simulator, making it suitable for massive MU-MIMO system. Simulation results verify the advantages of the proposed simulator.
机译:为了设计一种动态相关的信道模拟器,该模拟器可以精确地描述时空相关属性并适用于大规模多用户多输入多输出(MU-MIMO)系统,因此需要一种基于2D自回归(2D AR)模型的方法被提议。具体来说,通过利用时空域中的平稳性,作者使用2D AR方法分别创建每个用户的时空信道矩阵。这样,可以灵活地修改仿真通道的时空维度,而无需重建2D AR模型,并且不必太大尺寸的空间相关矩阵来保证所提出的仿真器的准确性,使其适合于大型MU。 -MIMO系统。仿真结果验证了所提出仿真器的优势。

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