Wideband TDD: WCDMA for the Unpaired Spectrum

The 3rd generation mobile wireless technology standardized by 3GPP has two main components, namely FDD (Frequency Division Duplex) and TDD (Time Division Duplex). While both of these employ WCDMA, the former uses a pair of frequency bands and the latter uses a single unpaired frequency band. Within TDD, two versions have been standardized, namely the Wideband TDD (also referred to as High Chip Rate TDD) and Narrowband TDD (also referred to as Low Chip Rate TDD or TD–SCDMA). Wideband TDD: WCDMA for the Unpaired Spectrum focuses on the Wideband TDD version. It brings together in one place the vast TDD related information, scattered amongst the numerous 3GPP Technical Specifications and Reports. The book also presents significant amount of valuable information related to Receiver, Radio Resource Management and Network implementation technologies (not found in Standards).
The book offers:A comprehensive overview of WTDD Technology for the engineering, research and student communities.A background to the fundamentals of WCDMA & Time Division Duplexing. Detailed account of the WTDD Radio Interface, including Protocols and ProceduresPresentation of Receiver Signal Processing and Radio Resource Management techniquesExposition of various Deployment Scenarios and TechniquesA comparison of TDD and other radio access technologies, namely TD–SCDMA and WLAN. Written in an accessible manner this book will be highly popular with engineering and technical marketing professionals from network operators, mobile equipment and component manufacturers, as well as industry regulators and academia. Postgraduates who are taking advanced courses in Mobile Wireless communications will also find Wideband TDD: WCDMA for the Unpaired Spectrum invaluable.

Spis treści:
List of Figures.
List of Tables.
Preface.
Acknowledgements.
Foreword.
Acronyms.
1. Introduction.
1.1 WTDD Technology.
1.2 Other Advanced Radio Interface Technologies.
1.3 3GPP Standards for Wideband TDD (WTDD).
1.4 Overview of the Book.
2. System Architecture and Services.
2.1 UMTS System Architecture.
2.2 Protocol Architecture.
2.3 UMTS Services.
3. Fundamentals of TDD–WCDMA.
3.1 TDD Aspects.
3.2 TDMA Aspects.
3.3 WCDMA Aspects.
3.4 Modem Transmitter.
3.5 Mobile Radio Channel Aspects.
3.6 Modem Receiver Aspects.
4. TDD Radio Interface.
4.1 Overview.
4.2 Protocol Architecture.
4.3 Layer 1 Structure.
4.4 Layer 1 Communication.
4.5 Layer 2 Structure.
4.6 Layer 2 Communication.
4.7 Layer 3 Communication.
5. TDD Procedures.
5.1 Introductory Concepts.
5.2 Overview of Procedures.
5.3 PLMN/Cell Selection/Reselection Procedure.
5.4 Random Access Procedure.
5.5 Paging Procedures.
5.6 RRC Connection Procedures.
5.7 RAB/RB Establishment Procedures.
5.8 RAB/RB Management Procedures.
5.9 Power Control Procedures.
5.10 UE Timing Advance Procedures.
5.11 Measurements Procedures.
5.12 Cell/URA Update Procedures.
5.13 Handover Procedures.
5.14 NAS Signaling Message Transmission Procedures.
5.15 Data Transmission Initialization Procedures.
5.16 End–to–End Communication Procedures.
6. Receiver Signal Processing.
6.1 Receiver Architecture.
6.2 Channel Estimation.
6.3 Data Detection.
6.4 Cell Search.
7. Radio Resource Management.
7.1 Introduction.
7.2 RRM Functions.
7.3 Physical Layer RRM Algorithms.
8. Deployment Scenarios.
8.1 Types of Deployment.
8.2 Capacity and Coverage.
8.3 Coexistence.
8.4 Conclusion.
9. Alternate Technologies.
9.1 A WTDD–WLAN Comparison.
9.2 WTDD – TDSCDMA Comparison.
Index.

Okładka tylna:
The 3rd generation mobile wireless technology standardized by 3GPP has two main components, namely FDD (Frequency Division Duplex) and TDD (Time Division Duplex). While both of these employ WCDMA, the former uses a pair of frequency bands and the latter uses a single unpaired frequency band. Within TDD, two versions have been standardized, namely the Wideband TDD (also referred to as High Chip Rate TDD) and Narrowband TDD (also referred to as Low Chip Rate TDD or TD–SCDMA). Wideband TDD: WCDMA for the Unpaired Spectrum focuses on the Wideband TDD version. It brings together in one place the vast TDD related information, scattered amongst the numerous 3GPP Technical Specifications and Reports. The book also presents significant amount of valuable information related to Receiver, Radio Resource Management and Network implementation technologies (not found in Standards).
The book offers:A comprehensive overview of WTDD Technology for the engineering, research and student communities.A background to the fundamentals of WCDMA & Time Division Duplexing. Detailed account of the WTDD Radio Interface, including Protocols and ProceduresPresentation of Receiver Signal Processing and Radio Resource Management techniquesExposition of various Deployment Scenarios and TechniquesA comparison of TDD and other radio access technologies, namely TD–SCDMA and WLAN. Written in an accessible manner this book will be highly popular with engineering and technical marketing professionals from network operators, mobile equipment and component manufacturers, as well as industry regulators and academia. Postgraduates who are taking advanced courses in Mobile Wireless communications will also find Wideband TDD: WCDMA for the Unpaired Spectrum invaluable.