Multi-User-Detection for Multibeam-MIMO Multi-Carrier-Cdma systems with MMSE adaptive algorithm
This paper presents performance of general MIMO-MC-CDMA
system used Multi-Beamformer at receiver and space time block
code (STBC) or the vertical bell labs space-time architecture
(V-BLAST) at the transmitter, with minimum mean square error
(MMSE) with sequence reference adaptive algorithm under
Rayleigh fading channels. The generation of wireless
communication systems requires new advanced techniques to
support a continually growing number of users and services
which consume much bandwidth. The multi-carrier code
division multiple access (MC-CDMA) transmission has become
a promising candidate for the new radio interfaces for mobile
radio systems. Such systems increase the bit rate without
consuming additional bandwidth. Specifically, the spatial
multiplexing or space-time coding achieves much of this
increase with Multi-beamforming.
Keywords: MIMO, MC-CDMA, STBC, VBLAST Multiuser
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ABOUT THE AUTHORS
Mourad Benyarou
ARTICLE SUBMISION: Multi-User-Detection for Multibeam-MIMOMulti- Carrier-Cdma systems with MMSE adaptive algorithm
Fethi Tarik Bendimerad
ARTICLE SUBMISION: Multi-User-Detection for Multibeam-MIMOMulti- Carrier-Cdma systems with MMSE adaptive algorithm
Fatima Debbat
ARTICLE SUBMISION: Multi-User-Detection for Multibeam-MIMOMulti- Carrier-Cdma systems with MMSE adaptive algorithm
Mourad Benyarou
ARTICLE SUBMISION: Multi-User-Detection for Multibeam-MIMOMulti- Carrier-Cdma systems with MMSE adaptive algorithm
Fethi Tarik Bendimerad
ARTICLE SUBMISION: Multi-User-Detection for Multibeam-MIMOMulti- Carrier-Cdma systems with MMSE adaptive algorithm
Fatima Debbat
ARTICLE SUBMISION: Multi-User-Detection for Multibeam-MIMOMulti- Carrier-Cdma systems with MMSE adaptive algorithm