Search for: [Description = "In this work, the performance of selective\-decode and forward \(S\-DF\) relay systems over κ\-µ fading channel conditions is examined in terms of probability density function \(PDF\), system model and cumulative distribution function \(CDF\) of the κ\-µ distributed envelope, signal\-to\-noise ratio and the techniques used to generate samples that rely on κ\-µ distribution. Specifically, we consider a case where the sourceto\-relay, relay\-to\-destination and source\-to\-destination link is subject to independent and identically distributed κ\-µ fading. From the simulation results, the enhancement in the symbol error rate \(SER\) with a stronger line of sight \(LOS\) component is observed. This shows that S\-DF relaying systems may perform well even in non\-fading or LOS conditions. Monte Carlo simulations are conducted for various fading parameter values and the outcomes turn out to be a close match for theoretical results, which validates the derivations made"]

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