Abstract
In this paper, the symbol error rate performances of MPSK over extended slow Rayleigh fading channel are studied. Closed expression for MPSK signalling over non-frequency slow fading channels is derived. Since the classical Rayleigh fading channel is a special case of the extended Rayleigh fading channel where the inphase and quadrature components of the corresponding complex-valued Gaussian noise process are statistically independent, the derived expression can be verified by comparison with the results for the classical Rayleigh fading channel. The presented results are useful in studying the performance of digital modulation signals transmission over mobile fading channels.
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