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Effect of Microdiversity and Macrodiversity on Average Bit Error Probability in Shadowed Fading Channels in the Presence of Interference

机译:干扰存在下微分和宏分集对阴影衰落信道中平均误码率的影响

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摘要

The detrimental effect of short-term fading and shadowing can be mitigated using microdiversity and macrodiversity systems, respectively. In this paper, implementation of selection combining at both micro and macro levels to improve system performance is analyzed. An assessment of the performance of such a system is carried out by considering the desired signal as Rician fading with lognormal shadowing and cochannel interference signal as Rayleigh fading superimposed over lognormal shadowing. The proposed analysis is complemented by various performance evaluation results, including the effects on overall system performance of fading severity, shadowing spreads and branch correlation existing at the base station, and correlation between base stations.
机译:分别使用微分集和宏分集系统可以减轻短期衰落和阴影的不利影响。在本文中,分析了在微观和宏观两个层面上结合选择以提高系统性能的实现。通过将所需信号视为具有对数正态阴影的Rician衰落,并将同信道干扰信号视为与对数正态阴影叠加的瑞利衰落,来评估这种系统的性能。所提出的分析还辅以各种性能评估结果,包括衰落严重性,基站处存在的阴影扩展和分支相关性以及基站之间的相关性对整体系统性能的影响。

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