Outage Probability Analysis of the Dual-Branch Transmit-Selective System over Correlated Modified Weibull Fading Channels
Wenwu Xie, Shouyin Liu
Abstract
Wenwu Xie, Shouyin Liu
Abstract
In this work, first, we deduce the probability density function (PDF) and the cumulative distribution function (CDF) of the fading coefficient envelope, based on the correlated modified Weibull fading model. To simply the discussion, a system with two transmit antennas and one receive antenna is considered, namely dual-branch system. Secondly, the outage probability of the dual-branch system under the correlated modified Weibull fading channel is derived. And the effects of the correlation coefficient and the Weibull fading parameter on the performance are analyzed by computer simulation for QPSK modulation. Finally, we present several simulations to validate our analysis. Results show that the simulation curves fit our analytical results correctly
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In this work, first, we deduce the probability density function (PDF) and the cumulative distribution function (CDF) of the fading coefficient envelope, based on the correlated modified Weibull fading model. To simply the discussion, a system with two transmit antennas and one receive antenna is considered, namely dual-branch system. Secondly, the outage probability of the dual-branch system under the correlated modified Weibull fading channel is derived. And the effects of the correlation coefficient and the Weibull fading parameter on the performance are analyzed by computer simulation for QPSK modulation. Finally, we present several simulations to validate our analysis. Results show that the simulation curves fit our analytical results correctly
Key concepts: Fading, Weibull fading, Weibull distribution, Fading distribution, Cumulative distribution function, Probability density function, Phase-shift keying, Channel state information