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MGF Based Closed Form Solution for Channel Capacity over Generalized-G Fading under MRC Diversity Combining

机译:MRC分集组合下基于MGF的广义G衰落信道容量的闭式解

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Channel capacity has been greatest challenge for the researchers in the field of wireless communication. Capacity analysis and its improvement have been proposed under various scenarios. However, most of them are based on conventional PDF based techniques, some times which render very complex analysis. Analysis becomes more difficult when diversity combining is used for performance improvement. Keeping the above fact in mind in this paper, we have analyzed the capacity of a channel by using the maximal-ratio combing (MRC) diversity scheme over Generalized-G fading channels. Moreover, we have used moment generating function (MGF) based approach to overcome complexity. Using the MGF of Generalized G fading distribution, we have derived closed form expression for channel capacity under MRC schemes. Also, we have compared our results with the related results available in the literature, which shows perfect agreement.
机译:对于无线通信领域的研究人员而言,信道容量一直是最大的挑战。已经提出了在各种情况下进行容量分析及其改进的建议。但是,它们中的大多数基于常规的基于PDF的技术,有时会提供非常复杂的分析。当使用分集合并来提高性能时,分析变得更加困难。牢记上述事实,我们通过在广义G衰落信道上使用最大比率梳理(MRC)分集方案来分析信道的容量。此外,我们使用了基于矩生成函数(MGF)的方法来克服复杂性。使用广义G衰落分布的MGF,我们得出了MRC方案下信道容量的闭式表达式。此外,我们将我们的结果与文献中的相关结果进行了比较,这显示出完美的一致性。

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