Author： Abbas S.A. Sheikh A.U.H.
Publisher： Springer Publishing Company
ISSN： 0929-6212
Source： Wireless Personal Communications, Vol.5, Iss.2, 1997-09, pp. : 173-193
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Abstract
The multipath self-interference (MSI) with Poisson multipath arrival is investigated in this paper. A number of scenarios are built around the statistical characterization of the magnitude of desired signal and the composite interfering signals, namely, Rayleigh/Rayleigh-Poisson, Rayleigh/Nakagami-Poisson, Nakagami/Nakagami-Poisson, and Rice/Nakagami-Poisson. It is shown that MSI can be statistically characterized in a similar manner as impulse or shot noise. The probability density function of the power ratio of desired to interfering signals is derived which is used to find the expressions for system outrage probability for the considered scenarios.
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