Outage Performance Analysis of Two-Way AF Relaying over Alpha-Mu Fading Distribution

Amplify-and-forward (AF) based two-way relaying is evaluated over different channels, like Nakagami-m, Rayleigh, Rician and cascaded generalized-K fading, provides a significant performance gain in wireless communication networks. In this study, we analysis the performance of the two-way AF relaying scheme over alpha-mu fading channels in wireless communication systems. We evaluate the expression of the cumulative distribution function over alpha-mu fading channels with the approach of the integral region based geometric analysis. Further, we derive the closed form expressions for the system outage probability for both the upper and lower bounds in the considered system model.