Rayleigh channels;cooperative communication;diversity reception;error statistics;forward error correction;iterative decoding;network coding;telecommunication network topology;Rayleigh fading channels;adaptive DF-based relaying;bit error rate;channel coding;channel decoder;forward error correction codes;full diversity order;high spectral efficiency;iterative network;near-optimal receiver;network coded cooperation;network decoder;network topology;tight approximation;uncoded cooperative networks;upper bound;Bit error rate;Channel coding;Decoding;Fading;Iterative decoding;Relays;Silicon;Convolutional codes;cooperative diversity;diversity order;network coding

Electrical & electronics engineering

yes

English

Performance Analysis of Network Coded Cooperation with Channel Coding and Adaptive DF-Based Relaying in Rayleigh Fading Channels

2015

IEEE Signal Processing Letters

1070-9908

Institute of Electrical and Electronics Engineers, United States

22

9

1354-1358

Peer Reviewed verified by ORBi

since 15 May 2017