2G/GSM and 3G/UMTS are key mobile communication technologies,
chosen by more than 2 billion people around the world. In order to
adapt to new services, increasing demand for user bandwidth,
quality of service and requirements for network convergence, major
evolutions are introduced in 3G network standard.
Evolved Packet System (EPS) presents the EPS evolution of
the 3G/UMTS standard introduced by the 3rd Generation Partnership
Project (3GPP) standard committee. This new topic is looked at from
a system perspective, from the radio interface to network and
service architecture. Hundreds of documents being issued by
Standard organisations are summarised in one book to allow the
reader to get an accessible comprehensive view of EPS
evolution.
* Proposes a system view of Evolved UMTS, from the radio to Core
and service architecture
* Gives a comprehensive and global view of the system that
technical specifications do not provide
* Describes the new system as well as the inheritance and
migration from 2G/GSM and 3G/UMTS
* Written by experts in the field who specialise in two
complementary but very different technical domains (i.e. ‘radio
interface’ and ‘network architecture’)
* Contains many figures and examples for better
understanding.
This book is essential for industry professionals in the
telecommunication business, telecommunication system architects and
designers, product manufacturers and operators and postgraduate
students.
İçerik tablosu
Preface.
1. Introduction.
1.1 Wireless World Picture.
1.2 About Technologies.
1.3 Standards and Organizations.
1.4 Spectrum.
1.5 The Evolution of UMTS.
1.6 Links and Documents.
2. Evolved UMTS Overview.
2.1 The Access Network Requirements.
2.2 Evolved UMTS Concepts.
2.3 Overall Evolved UMTS Architecture.
2.4 The IMS Subsystem.
2.5 Policy Control and Charging.
2.6 The Terminal.
2.7 The Evolved UMTS Interfaces.
2.8 Major Disruptions with 3G UTRAN-FDD Networks .
3. Physical Layer of E-UTRAN.
3.1 Basic Concepts of Evolved 3G Radio Interface.
3.2 OFDM (Orthogonal Frequency Division Multiplex).
3.3 MIMO (Multiple Input Multiple Output).
3.4 Architecture of the Base Station.
3.5 The E-UTRAN Physical Layer Standard.
3.6 FDD and TDD Arrangement for E-UTRAN.
3.7 Downlink Scheme: OFDMA (FDD/TDD).
3.8 Uplink Scheme: SC-FDMA (FDD/TDD).
3.8 Uplink Scheme: SC-FDMA (FDD/TDD).
4. Evolved UMTS Architecture.
4.1 Overall Architecture.
4.2 User and Control Planes.
4.3 Radio Interface Protocols.
4.4 IMS Protocols.
5. Life in EPS Networks.
5.1 Network Attachment.
5.2 Communication Sessions.
5.3 Mobility in IDLE Mode.
5.4 Mobility in ACTIVE Mode.
6. The Services.
6.1 The Role of OMA.
6.2 Push-to-talk Over Cellular.
6.3 Presence.
6.4 Broadcast and Multicast.
6.5 Voice and Multimedia Telephony.
Glossary.
Index.
Yazar hakkında
Pierre Lescuyer – Currently working as a UMTS System
Architect in the Strategic Evolutions department of Nortel,
France. For more than 10 years he has worked in different
R&D positions, from system and architecture design to
participation in 3GPP and ETSI standard committees. He has produced
material written in English, mainly about GSM, GSM-R (the Railway
declination of GSM) and UMTS features or system general description
or specification. Most of these being intended for internal use or
external distribution to Nortel customers.
Thierry Lucidarme – also working as a UMTS System
Architect in the Strategic Evolutions department of Nortel, France.
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