MULTI-CARRIER SPREAD SPECTRUM AND RELATED TOPICS
Ouvrage 0-7923-7740-0 : MULTI-CARRIER SPREAD SPECTRUM AND RELATED TOPICS
The benefits and success of multi-carrier (MC) modulation on one hand,
and the flexibility offered by spread spectrum (SS) techniques on the
other, have, since 1993, motivated many researchers to investigate the
combination of both techniques, known as multi-carrier spread-spectrum
(MC-SS). This combination benefits from the main advantages of both
systems and offers high flexibility, high spectral efficiency, simple
detection strategies, narrow-band interference rejection capability,
etc. The basic principle of this combination is straightforward: the
spreading is performed as direct sequence SS (DS-SS) but instead of
transmitting the chips over a single carrier, several sub-carriers can
be employed. The MC modulation and demodulation can easily be done in
the digital domain by performing IFFT and FFT operations. The separation
of the users' signals can be performed in the code domain. This means
that the MC-SS system performs the spreading in the frequency domain,
which allows for simple signal detection strategies. Since 1993, MC-SS
has been extensively researched and new alternative solutions have been
proposed. Meanwhile, deep system analyses and comparisons with DS-CDMA
have been performed that show the superiority of MC-CDMA.
This book, which consists of seven parts, contains a collection of
papers, dealing with all aspects of MC-SS, presented at the Second
International Workshop on Multi-Carrier Spread-Spectrum (MC-SS) and
Related Topics, held from September 15-17, 1999 in Oberpfaffenhofen,
Germany. It will be an invaluable reference for all researchers and
practitioners working in the area of wireless communications and
networks.
Table of Contents
Editorial Introduction.
Acknowledgements.
I: General Issues of Multi-Carrier Spread-Spectrum & Related Topics.
Some Novel Concepts in Multiplexing and Multiple Access; H. Sari, et al.
Wideband Multimedia Solution using Hybrid CDMA/OFDMA/SFH Techniques; M.
Jankiraman, R. Prasad.
Generalised Multicarrier CDMA for Wireless MUI/ISI-Resilient Uplink
Transmissions Irrespective of Frequency Selective Multipath; G.B.
Giannakis, et al.
Performance Tradeoffs in Asynchronous Spread Spectrum Multi-Carrier
Multiple-Access; S. Kaiser, et al.
II: Applications of Multi-Carrier Spread-Spectrum & Related Topics.
Performance of a Flexible Form of MC-CDMA in a Cellular System; H.
Steendam, H. Moeneclaey.
A Multi-Carrier Spread-Spectrum Approach to Broadband Underwater
Acoustic Communications; R.F. Ormondroyd, et al.
A New Combined OFDM-CDMA Approach for Cellular Mobile Communications; L.
Ping.
A Digital Microwave Point-to-Multi-Point (PMP) System Based on
Multi-Carrier FDMA-Transmission; K. Fazel, V. Engels.
A Hybrid TDMA/CDMA System Based on Filtered Multitone Modulation for
Upstream Transmission in HFC Networks; G. Cherubini.
III: Coding and Modulation.
On Coding and Spreading for MC-CDMA; J. Lindner.
MCM-DSSS with DPSK Modulation and Equal Gain Combining in Delay and
Doppler-Spread Rician Fading; R.E. Ziemer, T.B. Welch.
Influence of Code Selection on the Performance of a Multi-Carrier
Spread-Spectrum System; J. Kühne, et al.
Complex Valued Block Codes for OFDM-CDMA Application; A. Dekorsy, K.-D.
Kammeyer.
Two-Dimensional Differential Demodulation of OFDM Frames; E. Haas, S.
Kaiser.
Block Turbo Coding in OFDM-based HIPERLAN/2 Systems; R.G. Maynou, et al.
The Performance Analysis of Multi-Carrier CDMA Systems Using Different
Spreading Codes in Frequency Selective Fading Environments; H. Xing, et
al.
IV: Detection and Multiplexing.
Each Carrier Transmission Power Control with Antenna-Carrier Diversity
for OFDM-DS-CDMA; S.P.W. Jarot, M. Nakagawa.
A Wavelet-based Multicarrier Spread Spectrum System with Constant Power;
S. Attallah, T.J. Lim.
A Subspace Method for Blind Channel Identification in Multi-Carrier CDMA
Systems; D.I. Iglesia, et al.
Multiuser Detection with Iterated Channel Estimation; A. Lampe, C.
Windpassinger.
MUD Improvement by using Hexagonal Pilot Distributions for Channel
Acquisition and Tracking in MC-CDMA Systems; F. Bader, et al.
Adaptive Multi-Shot Multiuser Detection for Asynchronous MC-CDMA Using
Bootstrap Algorithm; P. Zong, et al.
V: Interfrence Cancellation.
Blind Adaptive Interference Cancellation for Multicarrier Modulated
Systems; M.A. Visser, Y. Bar-Ness.
Performance of Downlink MC-CDMA with Simple Interference Cancellation;
H. Ochiati, H. Imai.
Wideband and Narrowband Interference Cancellation for Asynchronous
MC-CDMA; A.C. McCormick, et al.
Multiple Access Interference Cancellation in Multicarrier CDMA Systems
Using a Subspace Projection Technique; D.I. Iglesia, et al.
Interference Cancellation for a Multi-Carrier Spread-Spectrum FCDMA
System; A. Nahler, et al.
Narrowband Interference Mitigation in OFDM-based WLANs; R. Ness, et al.
Multi-Carrier CDMA using Interference Cancellation; J.-Y. Baudais, et
al.
VI: Synchronization and Channel Estimation.
An Overview of MC-CDMA Synchronization Sensitivity; H. Steendam, M.
Moeneclaey.
Blind Frequency Offset/Symbol Timing/Symbol Period Estimation and
Subcarrier Recovery for OFDM Signals in Fading Channels; S. Hara.
Doppler Spread Analysis and Simulation for Multi-Carrier Mobile Radio
and Broadcast Systems; P. Robertson, S. Kaiser.
Reduced State Joint Channel Estimation and Equalization; I. De Broeck,
et al.
Channel Estimation with Superimposed Pilot Sequence Applied to
Multi-Carrier Systems; P. Hoeher, F. Tufvesson.
A Comparison of Channel Estimation Techniques for OFDM-CDMA and
MC/JD-CDMA Systems; B. Steiner.
Burst Synchronization for OFDM Systems with Turbo Codes; F. Said, et al.
Acquisition of Synchronisation Parameters for OFDM Using a Single OFDM
Training Symbol; D. Matic, et al.
VII: Realization and Implementation.
Implementation of Multicarrier Systems with Polyphase Filterbanks; K.
Matheus, et al.
On the Improvement of HF Multicarrier Modem Behavior by Using Spread
Spectrum Techniques to Combat Fading Channels; S. Zazo, et al.
Am Improved MMSE based Block Decision Feedback Equalizer; A. Bury, J.
Lindner.
MC-CDMA vs. DC-CDMA in the Presence of Nonlinear Distortions; K. Fazel,
S. Kaiser.
Auteur : FAZEL
Editeur : KLUWER
Nombre de pages : 376
Date de publication : 05 2000
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