Loop-Interference Based Full-Duplex Relay Selection

Abstract

This study proposes and analyses the loop-interference based selection policy for the full-duplex relaying networks. A multiple full-duplex relay-assisted network model is considered for the investigation. Computer simulations are utilized to verify the analytical and asymptotic derivations. In reference to obtained results, the loop-interference based selection policy achieves cooperative diversity order, the total number of possible paths between source-destination terminals, in high signal-to-noise ratios. Proposed selection strategy's performance efficiency is measured by dint of outage probability, error probability, ergodic rate, and throughput. So as to provide more insight of the performance analysis, the asymptotic analysis is also provided.