Adaptive Multicarrier CDMA Space-Time Receivers - Adaptive Signal Processing in Wireless Communications - page 266

10
Adaptive
Multicarrier
CDMA Space-
Time Receivers

10.1 Motivation of the Chapter ................................... 270
10.2 Overview of Multicarrier CDMA for
Wireless Communications .................................. 271
Frequency-Domain Spreading Multicarrier
CDMA: FD-MC-CDMA • Time-Domain
Spreading Multicarrier CDMA: MC-DS-CDMA •
Time-Domain Spreading Multicarrier CDMA:
M T- C DM A • Multicarrier CDMA Transmitter
Selection • MC-CDMA Transmission Model •
Channel Model for Multicarrier Transmission •
Received Signal • Interference Analysis •
Multiuser Detection Techniques for MC-CDMA
Systems
10.3 Proposed Adaptive Multicarrier CDMA
Receiver: MC-ISR..................................................284
he General Concept of MC-STAR •
Multicarrier Interference Subspace Rejection
(MC-ISR) • Link/System-Level Performance
Analysis • MC-ISR Receiver Implementation
10.4 Simulation Results ................................................ 294
Simulation Setup • Validation of the
Performance Analysis • Advantage of Full
Interference Suppression • MT-CDMA,
MC-DS-CDMA, and DS-CDMA Performance
Comparison
10.5 Conclusions............................................................ 302
Derivation of the Interference Variance
ater MC-ISR Combining • Derivation of
the Interference Variance for Band-Limited
MC-CDMA
References .........................................................................309

Besma Smida
Harvard University

Sofiène Affes
University of Quebec