首页> 外文期刊>电子科学学刊(英文版) >EFFICIENT BIT ERROR PROBABILITY EXPRESSION AND VERY TIGHT BOUND FOR MAXIMAL RATIO COMBINING DIVERSITY SYSTEMS OVER RAYLEIGH FADING CHANNEL
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EFFICIENT BIT ERROR PROBABILITY EXPRESSION AND VERY TIGHT BOUND FOR MAXIMAL RATIO COMBINING DIVERSITY SYSTEMS OVER RAYLEIGH FADING CHANNEL

机译:瑞利衰减通道上最大比率组合多样性系统的有效位错误概率表示和非常紧密的界线

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摘要

Bit Error Probability (BEP) provides a fundamental performance measure for wireless diversity systems. This paper presents two new exact BEP expressions for Maximal Ratio Combining (MRC) diversity systems. One BEP expression takes a closed form, while the other is derived by treating the squared-sum of Rayleigh random variables as an Erlang variable. Due to the fact that the extant bounds are loose and could not properly characterize the error performance of MRC diversity systems, this paper presents a very tight bound. The numerical analysis shows that the new derived BEP expressions coincide with the extant expressions, and that the new approximation tightly bounds the accurate BEP.
机译:位误差概率(BEP)为无线分集系统提供了基本的性能措施。本文提出了两个新的精确BEP表达式,用于最大比率(MRC)多样性系统。一个BEP表达式采用封闭形式,而另一个是通过将瑞利随机变量的平方和作为Erlang变量来导出。由于现场界松动并且无法正确地表征MRC分集系统的误差性能,本文提出了非常紧密的界限。数值分析表明,新的派生BEP表达式与远端表达式一致,并且新近似紧密地界限准确的BEP。

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