| Description |
1 online resource (xx, 308 pages) : illustrations |
| Series |
The Kluwer international series in engineering and computer science ; SECS 544 |
|
Kluwer international series in engineering and computer science ; SECS 544
|
| Contents |
Cover -- Table of Contents -- List of Figures -- List of Tables -- Preface -- 1. Introduction -- 1.1 IMT-2000 -- 1.2 IMT-2000 Spectrum Allocation -- 1.3 From Second Generation to Third Generation -- 1.4 Universal Mobile Telecommunications System -- 1.5 Third Generation and Beyond -- 1.6 Space-time Processing Systems -- 1.7 Organization of Book -- 2. Basic Space-Time Aspects -- 2.1 Relevant Cellular Terminology -- 2.2 Basic Adaptive Array Concepts -- 2.3 Space-time Processing -- 2.4 System Model for Space-time Processing -- 2.5 Practical Implementation of CDMA Smart Antenna Systems -- 2.6 Summary -- 3. Aspects Influencing Space-Time Performance -- 3.1 Propagation Path -- 3.2 Temporal Fading -- 3.3 Scattering Environment -- 3.4 Angular Subscriber Distribution -- 3.5 Summary -- 4. Space-Time Channel Models -- 4.1 Basic Modeling -- 4.2 Local Scattering Environmental -- 4.3 Fading Distribution Based on Scattering Environment -- 4.4 Summary of Space-time Channel Models -- 4.5 Summary -- 5. Smart Antenna Techniques -- 5.1 Beamforming -- 5.2 Diversity -- 5.3 Sectorization -- 5.4 Switched-beam Smart Antennas -- 5.5 Summary -- 6. Smart Antenna Performance -- 6.1 Beamforming Array Performance -- 6.2 Receive Diversity Performance -- 6.3 Combined Diversity and Beamforming Performance -- 6.4 Choosing a Spatial Processing Technique -- 6.5 Multiuser Modulation Schemes -- 6.6 Summary -- 7. Multiuser Detection -- 7.1 Multiuser Detection -- 7.2 System Model for Detection -- 7.3 One-Shot Detection Techniques -- 7.4 Interference Cancellation Techniques -- 7.5 Joint Decoding for Coded CDMA -- 7.6 Numerical Examples for Interference Cancellation -- 7.7 Summary -- 8. Space-Time Coded Transmit Diversity for CDMA -- 8.1 Space-time Coded Multiple Access -- 8.2 Turbo Coding -- 8.3 Space-time Coded System Model -- 8.4 Layered Space-time Codes -- 8.5 Performance Evaluation -- 8.6 Analytical Results -- 8.7 Simulation Performance -- 8.8 Space-time Code Extensions -- 8.9 Summary -- Appendices -- A ... List of Abbreviations -- B ... List of Symbols -- C ... Typical Power Delay Profiles -- D ... Correlated Multivariate Gamma Distribution -- D.1 Correlated Multivariate Gamma Distribution -- E ... Turbo Code Input-Output CPDF -- E.1 Input-Output Weight Enumerator Recursion -- E.2 Input-Output Conditional Probability Density Function -- F ... Turbo Decoding -- F.1 Turbo Decoding -- F.2 Iterative Decoding Algorithms -- G ... WCDMA Simulation Environment: Physical Layer -- G.1 Uplink Description Summary -- G.2 Downlink Description Summary -- H ... WCDMA Simulation Environment -- H.1 Link Level Simulation -- H.2 MATLAB Simulation Software -- References -- Index |
| Summary |
Space-Time Processing for CDMA Mobile Communications is one of the first books to: bring together spatial/temporal channel models and analytic performance evaluation techniques; establish a link between smart antenna systems and advanced receiver design techniques; treat smart antennas specifically for UMTS-like communication systems, with applicable simulations and calculations; supply code with Matlab® GUI so readers can run or modify existing simulations or create new ones. The field of smart antenna technology or, more generally, space-time processing is rapidly becoming one of the most promising areas of mobile communications, especially regarding the development of the first practical third-generation mobile communication systems. The authors have addressed many of the most basic questions relating to the use of space-time processing in CDMA-based third-generation systems and have presented models for the integration of space-time processing, error correction coding, and multi-user detection techniques. Included is extensive background information on cellular systems, antenna array theory, smart antenna techniques, performance of basic space-time processors and advanced space-time processors. The book also includes an extensive simulation program written in Matlab®. The simulation code implements both the uplink and the downlink of a UMTS-like communication system. This provides multiple options for simulating system performance using a variety of channel models as well as receiver structures. Space-Time Processing for CDMA Mobile Communications will be an invaluable reference work for engineers and researchers, and a useful source for design engineers enabling them to understand the implications of adding space-time processing systems to CDMA-based communication systems |
| Analysis |
Andre fag (naturvidenskab og teknik) Andre fag |
| Bibliography |
Includes bibliographical references (pages 273-298) and index |
| Notes |
Print version record |
| Subject |
Code division multiple access.
|
|
Mobile communication systems.
|
|
Adaptive antennas.
|
|
TECHNOLOGY & ENGINEERING -- Radio.
|
|
TECHNOLOGY & ENGINEERING -- Mobile & Wireless Communications.
|
|
Adaptive antennas.
|
|
Code division multiple access.
|
|
Mobile communication systems.
|
| Form |
Electronic book
|
| Author |
Lötter, M. N
|
|
Van Wyk, Danie
|
| LC no. |
00020321 |
| ISBN |
9780792377597 |
|
0792377591 |
|
0306473259 |
|
9780306473258 |
|
6610208069 |
|
9786610208067 |
|
