Multi-Carrier Digital Communications

1. Front Matter

   Pages i-xx

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2. Introduction to Digital Communications

   Pages 1-14

3. System Architecture

   Pages 15-53

4. Performance over Time-Invariant Channels

   Pages 55-67

5. Clipping in Multi-Carrier Systems

   Pages 69-98

6. Synchronization

   Pages 99-116

7. Channel Estimation and Equalization

   Pages 117-165

8. Channel Coding

   Pages 167-188

9. ADSL

   Pages 189-202

10. Wireless LAN Applications

    Pages 203-316

11. Digital Broadcasting

    Pages 317-326

12. OFDM based Multiple Access Techniques

    Pages 327-348

13. Ultra WideBand Technologies

    Pages 349-355

14. IEEE 802.16 and WiMAX

    Pages 357-362

15. Future Trends

    Pages 363-371

16. Back Matter

    Pages 373-411

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ulti-carrier modulation‚ Orthogonal Frequency Division Multi- Mplexing (OFDM) particularly‚ has been successfully applied to a wide variety of digital communications applications over the past several years. Although OFDM has been chosen as the physical layer standard for a diversity of important systems‚ the theory‚ algorithms‚ and implementation techniques remain subjects of current interest. This is clear from the high volume of papers appearing in technical journals and conferences. Multi-carrier modulation continues to evolve rapidly. It is hoped that this book will remain a valuable summary of the technology‚ p- viding an understanding of new advances as well as the present core technology. The Intended Audience This book is intended to be a concise summary of the present state of the art of the theory and practice of OFDM technology. The authors believe that the time is ripe for such a treatment. Particularly based on one of the author’s long experience in development of wireless systems (AB), and the other’s in wireline systems (BS)‚ we have - tempted to present a unified presentation of OFDM performance and xviii implementation over a wide variety of channels. It is hoped that this will prove valuable both to developers of such systems and to researchers and graduate students involved in analysis of digital communications.

• IEEE 80
• Modulation
• Multiplexing
• Standard
• WiMAX
• Wireless LAN
• coding
• communication
• development
• digital signal processor
• tables

• National Semiconductor Stanford University, USA

  Ahmad R. S. Bahai

• University of California, Berkeley

  Ahmad R. S. Bahai, Mustafa Ergen

• Bell Laboratories, USA

  Burton R. Saltzberg

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