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9780471499039

GSM Switching, Services and Protocols, 2nd Edition

by ; ;
  • ISBN13:

    9780471499039

  • ISBN10:

    047149903X

  • Edition: 2nd
  • Format: Hardcover
  • Copyright: 2001-05-01
  • Publisher: WILEY
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List Price: $150.00

Summary

Since the publication of the first edition the number of GSM subscribers has exploeded and it is now deployed in more than 140 countries worldwide. Revised and updated GSM Switching, Services and Protocols now features the abundant new services and applications that GSM can provide. By focusing on the fundamentals of the mobile radio systems, it provides an excellent introductory insight to the whole area of GSM cellular radio. By providing an easy-to-follow instructive text, this second edition will have insight appeal to telecommunication engineers, researchers, adn developers. The highly graphical approach and numerous illustrations will also make it an indispensable reference for senior undergraduates and postgraduates in electrical and computer engineering. - Details the GSM phase 2+ services, including new data and speech services and service platforms, such as AMR, ASCI. CAMEL and EFR - Features a brand new chapter on General Packet Radio Service (GPRS) - Contains a completly revised and expanded chapter 'GSM - The story goes on' - Presents new sections on Wireless Application Protocol (WAP) and the migration to UMTS - Includes expaned and updated chapters on Logical Channels and Channel Coding

Table of Contents

Preface for Second Edition xi
Preface xiii
Introduction
1(8)
Digital, Mobile, Global: Evolution of Networks
1(1)
Classification of Mobile Communication Systems
2(3)
Some GSM History and Statistics
5(2)
Overview of the Book
7(2)
The Mobile Radio Channel and the Cellular Principle
9(20)
Characteristics of the Mobile Radio Channel
9(3)
Separation of Directions and Duplex Transmission
12(2)
Frequency Division Duplex (FDD)
13(1)
Time Division Duplex (TDD)
13(1)
Multiple Access Procedures
14(9)
Frequency Division Multiple Access (FDMA)
14(1)
Time Division Multiple Access (TDMA)
15(3)
Code Division Multiple Access (CDMA)
18(1)
Direct Sequence CDMA
18(1)
Frequency Hopping CDMA
19(1)
Space Division Multiple Access (SDMA)
20(3)
Cellular Technology
23(6)
Fundamental Definitions
23(1)
Signal-to-Noise Ratio
23(1)
Formation of Clusters
24(3)
Traffic Capacity and Traffic Engineering
27(2)
System Architecture and Addressing
29(18)
General Description
29(1)
Addresses and Identifiers
30(5)
International Mobile Station Equipment Identity (IMEI)
31(1)
International Mobile Subscriber Identity (IMSI)
32(1)
Mobile Subscriber ISDN Number (MSISDN)
32(1)
Mobile Station Roaming Number (MSRN)
33(1)
Location Area Identity (LAI)
33(1)
Temporary Mobile Subscriber Identity (TMSI)
34(1)
Local Mobile Subscriber Identity (LMSI)
34(1)
Cell Identifier (CI)
35(1)
Base Transceiver Station Identity Code (BSIC)
35(1)
Identification of MSCs and Location Registers
35(1)
System Architecture
35(5)
Mobile Station (MS)
35(1)
Radio Network - Base Station Subsystem (BSS)
36(1)
Mobile Switching Network (MSS)
37(1)
Mobile Switching Center (MSC)
37(1)
Home and Visitor Registers (HLR and VLR)
38(1)
Operation and Maintenance (OMSS)
39(1)
Network Monitoring and Maintenance
39(1)
User Authentication and Equipment Registration
40(1)
Subscriber Data in GSM
40(2)
PLMN Configurations and Interfaces
42(5)
Interfaces
43(1)
Configurations
44(3)
Services
47(10)
Bearer Services
48(2)
Teleservices
50(2)
Voice
50(1)
Fax Transmission
51(1)
Short Message Service (SMS)
52(1)
Supplementary Services
52(3)
Supplementary Services of Phase 1
53(1)
Supplementary Services of Phase 2
53(2)
GSM Services of Phase 2+
55(2)
Air Interface - Physical Layer
57(38)
Logical Channels
57(6)
Traffic Channels
57(1)
Signaling Channels
58(3)
Example: Connection Setup for Incoming Call
61(1)
Bit Rates, Block Lengths, and Block Distances
61(1)
Combinations of Logical Channels
62(1)
Physical Channels
63(7)
Modulation
63(2)
Multiple Access, Duplexing, and Bursts
65(3)
Optional Frequency Hopping
68(2)
Summary
70(1)
Synchronization
70(5)
Frequency and Clock Synchronization
70(4)
Adaptive Frame Synchronization
74(1)
Mapping of Logical Channels onto Physical Channels
75(5)
26-Frame Multiframe
77(1)
51-Frame Multiframe
77(3)
Radio Subsystem Link Control
80(12)
Channel Measurement
82(1)
Channel Measurement during Idle Mode
83(1)
Channel Measurement during a Connection
84(2)
Transmission Power Control
86(2)
Disconnection due to Radio Channel Failure
88(2)
Cell Selection and Operation in Power Conservation Mode
90(1)
Cell Selection and Cell Reselection
90(1)
Discontinuous Reception
91(1)
Power-up Scenario
92(3)
Coding, Authentication, and Ciphering
95(30)
Source Coding and Speech Processing
96(4)
Channel Coding
100(18)
External Error Protection: Block Coding
103(1)
Block Coding for Speech Traffic Channels
104(1)
Block Coding for Data Traffic Channels
105(1)
Block Coding for Signaling Channels
106(1)
Internal Error Protection: Convolutional Coding
107(4)
Interleaving
111(6)
Mapping onto the Burst Plane
117(1)
Security-Related Network Functions and Encryption
118(7)
Protection of Subscriber Identity
119(1)
Verification of Subscriber Identity
120(1)
Generating Security Data
121(1)
Encryption of Signaling and Payload Data
122(3)
Protocol Architecture
125(56)
Protocol Architecture Planes
125(2)
Protocol Architecture of the User Plane
127(7)
Speech Transmission
127(3)
Transparent Data Transmission
130(1)
Nontransparent Data Transmission
131(3)
Protocol Architecture of the Signaling Plane
134(10)
Overview of the Signaling Architecture
134(8)
Transport of User Data in the Signaling Plane
142(2)
Signaling at the Air Interface (Um)
144(28)
Layer 1 of the MS-BTS Interface
144(1)
Layer 1 Services
145(1)
Layer 1: Procedures and Peer-to-Peer Signaling
146(1)
Layer 2 Signaling
147(3)
Radio Resource Management
150(6)
Mobility Management
156(1)
Common MM Procedures
157(2)
Specific MM Procedures
159(1)
MM Connection Management
159(3)
Connection Management
162(4)
Structured Signaling Procedures
166(1)
Signaling Procedures for Supplementary Services
167(4)
Realization of Short Message Services
171(1)
Signaling at the A and Abis Interfaces
172(5)
Signaling at the User Interface
177(4)
Roaming and Switching
181(28)
Mobile Application Part Interfaces
181(1)
Location Registration and Location Update
182(4)
Connection Establishment and Termination
186(8)
Routing Calls to Mobile Stations
186(1)
Effect of the MSRN Assignment on Routing
186(1)
Placement of the Protocol Entities for HLR Interrogation
187(2)
Call Establishment and Corresponding MAP Procedures
189(1)
Outgoing Connection Setup
189(2)
Incoming Connection Setup
191(2)
Call Termination
193(1)
MAP Procedures and Routing for Short Messages
193(1)
Handover
194(15)
Overview
194(3)
Intra-MSC Handover
197(1)
Decision Algorithm for Handover Timing
197(7)
MAP and Inter-MSC Handover
204(1)
Basic Handover between two MSCs
204(1)
Subsequent Handover
205(4)
Data Communication and Networking
209(22)
Reference Configuration
209(1)
Overview of Data Communication
209(3)
Service Selection at Transitions between Networks
212(1)
Bit Rate Adaptation
213(3)
Asynchronous Data Services
216(8)
Transparent Transmission in the Mobile Network
216(3)
Nontransparent Data Transmission
219(3)
PAD Access to Public Packet-Switched Data Networks
222(1)
Asynchronous Connection to PSPDN PADs
222(1)
Dedicated PAD Access in GSM
223(1)
Synchronous Data Services
224(2)
Overview
224(1)
Synchronous X.25 Packet Data Network Access
224(1)
Basic Packet Mode
224(1)
Dedicated Packet Mode
225(1)
Teleservices: Fax
226(5)
Aspects of Network Operation
231(10)
Objectives of GSM Network Management
231(2)
Telecommunication Management Network (TMN)
233(3)
TMN Realization in GSM Networks
236(5)
General Packet Radio Service (GPRS)
241(30)
System Architecture
242(2)
Services
244(3)
Bearer Services and Supplementary Services
244(1)
Quality of Service
245(2)
Simultaneous Usage of Packet Switched and Circuit Switched Services
247(1)
Session Management, Mobility Management, and Routing
247(5)
Attachment and Detachment Procedure
247(1)
Session Management and PDP Context
247(2)
Routing
249(1)
Location Management
249(3)
Protocol Architecture
252(5)
Transmission Plane
252(1)
GPRS Backbone: SGSN-GGSN
252(1)
Air Interface
253(2)
BSS - SGSN Interface
255(1)
Routing and Conversion of Addresses
255(1)
Signaling Plane
256(1)
Interworking with IP Networks
257(1)
Air Interface
258(8)
Multiple Access and Radio Resource Management
258(1)
Logical Channels
259(4)
Mapping of Packet Data Logical Channels onto Physical Channels
263(1)
Channel Coding
264(2)
Authentication and Ciphering
266(1)
User Authentication
267(1)
Ciphering
267(1)
Subscriber Identity Confidentiality
267(1)
Summary
267(4)
GSM - The Story Goes On
271(26)
Globalization
271(1)
Overview of GSM Services in Phase 2+
272(1)
Bearer and Teleservices of GSM Phase 2+
273(9)
Improved Codes for Speech Services: Half- Rate Codec, EFR Codec, and AMR Codec
273(3)
Advanced Speech Call Items (ASCI)
276(1)
Voice Broadcast Service (VBS)
277(2)
Voice Group Call Service (VGCS)
279(1)
Enhanced Multi-Level Precedence and Pre-emption (eMLPP)
280(1)
New Data Services and Higher Data Rates: HSCSD, GPRS, and EDGE
281(1)
Supplementary Services in GSM Phase 2+
282(1)
Supplementary Services for Speech
282(1)
Location Service (LCS)
283(1)
Service Platforms
283(4)
CAMEL - GSM and Intelligent Networks
284(2)
Service Platforms on the Terminal Side
286(1)
SIM Application Toolkit (SAT)
286(1)
Mobile Station Application Execution Environment (MExE)
287(1)
Wireless Application Protocol (WAP)
287(6)
Wireless Markup Language (WML)
288(1)
Protocol Architecture
289(2)
System Architecture
291(1)
Services and Applications
292(1)
Beyond GSM: On the Road to UMTS
293(4)
References 297(4)
Appendix A: GSM Standards 301(10)
Appendix B: GSM Addresses 311(2)
Appendix C: Acronyms 313(8)
Index 321

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