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A Novel Geometrical Mixed-bounce Two-ring Simulation Model for MIMO Mobile-to-mobile Isotropic Communication Channels

机译:MIMO移动对移动各向同性通信信道的新型几何混合弹跳两环仿真模型

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摘要

An accurate modeling of Multiple-input Multiple-output (MIMO) channels is a prerequisite for designing multi-antenna system. In this paper, we propose a geometrically mixed-bounce two-ring simulation model for mobile-to-mobile channel under the assumption of fiat fading. With further assumption of isotropic scattering, the expression for two dimensional (2-D) Space Time Cross-correlation (STCC) function between any two sub channels are derived. Comparing the statistical properties of the deterministic simulation model with the reference model indicates a good agreement thus the importance of this model. The result obtained is in conformity with that of the double bounce and single bounce two ring models.
机译:多输入多输出(MIMO)通道的准确建模是设计多天线系统的先决条件。在本文中,我们在法定衰落假设下为移动到移动信道提出了一种几何混合反弹两环仿真模型。在各向同性散射的进一步假设下,得出了任意两个子信道之间的二维(2-D)时空互相关(STCC)函数的表达式。将确定性仿真模型的统计特性与参考模型进行比较,可以很好地达成共识,因此该模型的重要性。得到的结果与双跳和单跳两个环模型的结果一致。

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