Next Generation Mobile Access Technologies

Informationen zum Autor Harald Hass is a professor of Electronic Engineering at the International University of Bremen Germany! where his research interests are in wireless communications. Stephen McLaughlin is professor of Electronic Communication Systems for the Institute of Digital Communications at the University of Edinburgh! Scotland. His current research is principally on the applications and development of novel adaptive (linear and nonlinear) signal processing techniques. Klappentext Future generations of wireless networks will place great demands on the performance of radio access technology. This book describes the features of various mobile access technologies and assesses their strengths and weaknesses. In particular, it describes the underlying principles and practical implementation schemes for time division duplexing (TDD). The book begins with an overview of next generation wireless systems. It then describes the basics of duplex communication modes, interference in cellular systems, and multiple user access techniques. Focusing on TDD systems, dynamic channel assignment algorithms are discussed, as are multi-hop communications schemes, radio resource management, interference cancellation, and smart antennas. Real-world examples from UMTS, wireless LAN, and Bluetooth systems are described. The book is aimed at all those involved in the design and implementation of wireless systems, as well as at graduate students and researchers working in the area of wireless communications. For more information visit www.cambridge.org/9780521826228. Zusammenfassung Describing the features of next-generation mobile access technologies! this book assesses their strengths and weaknesses. It explains the underlying principles and practical implementation of time division duplexing and describes real-world examples from UMTS! wireless LAN! and Bluetooth systems. For graduate students and practitioners designing and implementing wireless systems. Inhaltsverzeichnis 1. Introduction; 2. Drivers for future wireless systems; 3. Duplex modes in wireless communications; 4. Interference modes in cellular systems; 5. Multiple user access; 6. The TDD underlay; 7. Dynamic channel assignment (DCA) algorithms; 8. Multihop wireless communication using TDD; 9. Radio resource metric estimation; 10. Interference cancellation techniques; 11. Smart antennas for TDD CDMA systems; 12. TDD wireless systems....

Klappentext

Future generations of wireless networks will place great demands on the performance of radio access technology. This book describes the features of various mobile access technologies and assesses their strengths and weaknesses. In particular, it describes the underlying principles and practical implementation schemes for time division duplexing (TDD). The book begins with an overview of next generation wireless systems. It then describes the basics of duplex communication modes, interference in cellular systems, and multiple user access techniques. Focusing on TDD systems, dynamic channel assignment algorithms are discussed, as are multi-hop communications schemes, radio resource management, interference cancellation, and smart antennas. Real-world examples from UMTS, wireless LAN, and Bluetooth systems are described. The book is aimed at all those involved in the design and implementation of wireless systems, as well as at graduate students and researchers working in the area of wireless communications. For more information visit www.cambridge.org/9780521826228.

Zusammenfassung
Describing the features of next-generation mobile access technologies, this book assesses their strengths and weaknesses. It explains the underlying principles and practical implementation of time division duplexing and describes real-world examples from UMTS, wireless LAN, and Bluetooth systems. For graduate students and practitioners designing and implementing wireless systems.

Inhalt

1. Introduction; 2. Drivers for future wireless systems; 3. Duplex modes in wireless communications; 4. Interference modes in cellular systems; 5. Multiple user access; 6. The TDD underlay; 7. Dynamic channel assignment (DCA) algorithms; 8. Multihop wireless communication using TDD; 9. Radio resource metric estimation; 10. Interference cancellation techniques; 11. Smart antennas for TDD CDMA systems; 12. TDD wireless systems.