Improving the Performance of MIMO Fading Channel Simulators Using New Parameterization Method: تحسين أداء نموذج محاكاة الخفوت للأقنية MIMO باستخدام خوارزميات جديدة لحساب المعاملات

Omar Yousuf Alzoubi
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引用次数: 1

Abstract

The research aims to modeling and simulation of fading channels for providing necessary tool to develop communication systems. The modeling and simulation of MIMO fading channels is studied for both isotropic- and non-isotropic scattering cases for one-ring model, so in this context, three methods for MIMO simulation channel models are studied: Extended Method of Exact Doppler Spread (EMEDS), Modified Method of Equal Areas (MMEA) and Method Lp-Norm (LPNM). Three new methods are also suggested to design the simulation model of MIMO channel: Modified Extended Method of Exact Doppler Spread (MEMEDS), New Modified Method of Equal Areas (NMMEA) and Modified Lp-Norm method (MLPNM). The performance of each proposed method is compared with the original method by comparing the statistical properties ACF, 2D-CCF and CF of both reference and simulation models.
研究的目的是对衰落信道进行建模和仿真,为开发通信系统提供必要的工具。研究了单环模型中各向同性和非各向同性散射情况下MIMO衰落信道的建模与仿真,研究了三种MIMO信道仿真模型的方法:扩展的精确多普勒扩频法(EMEDS)、修正的等面积法(MMEA)和低阶范数法(LPNM)。提出了三种设计MIMO信道仿真模型的新方法:修正扩展精确多普勒扩频法(MEMEDS)、修正等面积法(NMMEA)和修正lp -范数法(MLPNM)。通过比较参考模型和仿真模型的ACF、2D-CCF和CF的统计特性,将所提方法的性能与原方法进行比较。
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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