1999Journal of Communications and NetworksRequires access

Generation of two correlated Rayleigh fading signals with arbitrary powers

Liquan Fang, Guoan Bi, Hongyi Fu

Open publisher page 1 citations

Abstract

For diversity reception with correlated Rayleigh fading signals, it is necessary to conduct computer simulation to investigate the impact of correlation and power distribution of the received signals on the system performance. This paper presents a simple method for generation of correlated Rayleigh fading signals for computer simulation. Based on a transformation technique, two uncorrelated Rayleigh fading signals can be converted into two correlated Rayleigh fading signals with desired correlation coefficient and power distribution.

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What this paper is about

For diversity reception with correlated Rayleigh fading signals, it is necessary to conduct computer simulation to investigate the impact of correlation and power distribution of the received signals on the system performance. This paper presents a simple method for generation of correlated Rayleigh fading signals for computer simulation. Based on a transformation technique, two uncorrelated Rayleigh fading signals can be converted into two correlated Rayleigh fading signals with desired correlation coefficient and power distribution.

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Available abstract

For diversity reception with correlated Rayleigh fading signals, it is necessary to conduct computer simulation to investigate the impact of correlation and power distribution of the received signals on the system performance. This paper presents a simple method for generation of correlated Rayleigh fading signals for computer simulation. Based on a transformation technique, two uncorrelated Rayleigh fading signals can be converted into two correlated Rayleigh fading signals with desired correlation coefficient and power distribution.

Key concepts: Rayleigh fading, Fading distribution, Fading, Rayleigh scattering, Rayleigh distribution, Computer science, Transformation (genetics), Power (physics)

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