Coding enhanced joint detection for multiple access communications

A low complexity approach to coding-enhanced multi-user detection is developed to mitigate the problems associated with nearfar effect and to permit a more efficient assignment of channel resources relative to current multiple access (MA) communications systems. Through prudent integration of error correction decoding, multi-user and inter-symbol integeretace equalization and stripping, a low complexity near-far resistant multi-user joint detector/decoder has been developed which exhibits significant performance gains relative to the best known low complexity joint detectioddecoding procedures reported in recent literature. Empirical analysis of the coding-enhanced multi-user detector (CMD) for a case of heavy inter-symbol integerence and multi-user interference shows a 3 dB improvement over these best known methods.