Keywords :
channel coding;cooperative communication;fading channels;interference suppression;maximum likelihood decoding;maximum likelihood detection;multi-access systems;multiuser channels;network coding;parity check codes;radiofrequency interference;relay networks (telecommunication);telecommunication scheduling;BER;LDPC;MAP detection;backward compatible cooperative network;classical relay-assisted orthogonal channel network;demodulate-and-forward strategy;full-rate cooperative scheme;half-duplex relaying;interference cancellation;interference channels;joint network-channel decoder;maximum a posteriori detection;maximum code diversity;message encoding;noncooperative system;noncooperative systems;received codewords;semiorthogonal MARC;slow fading semiorthogonal multiple-access relay channel;source time-scheduling;Encoding;Fading channels;Maximum likelihood decoding;Parity check codes;Relays;Silicon
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