Outage analysis of full duplex coded cooperation

Achieving high data rates is the key to the future generation wireless systems. Full duplexity in transmission enables the cooperative communication system to double its transmission rate compared to that of half duplex systems. However the detrimental effects of the echo-interference existing between transmitting and receiving antennas of relay, are among the primary challenges of full duplex relaying (FDR). In this paper we investigate the outage performance of the FDR cooperative system employing coded cooperation diversity. We find the exact outage probability expression for two user system model. Throughout the analysis we consider all the channels to be independent but not necessarily identically distributed (i.n.i.d.) as generalized Nakagami-m fading.