GPRS in practice : a companion to the specifications /

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Professionals quickly discover that, although the technical specifications for GPRS cover all parts of the engineering functions in detail and depth, they are lacking in one important feature; the conceptual framework within which the specifications sit - GPRS in Practice fills this gap. By beginnin...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: McGuiggan, Peter
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Chichester : Wiley, ©2004.
Temas:
General Packet Radio Service.
Global system for mobile communications.
Mobile computing.
GPRS (Radiotéléphonie)
GSM (Radiotéléphonie)
Informatique mobile.
TECHNOLOGY & ENGINEERING > Radio.
TECHNOLOGY & ENGINEERING > Mobile & Wireless Communications.
General Packet Radio Service
Global system for mobile communications
Mobile computing
Acceso en línea:Texto completo
Tabla de Contenidos:
  • GPRS in Practice; Contents; Preface; 1 Introduction; 1.1 The purpose of GPRS; 1.2 So why GPRS?; 1.3 Internet communication; 1.4 Current Internet protocol
  • static addresses; 1.5 Current Internet protocol
  • dynamic addresses; 1.6 GPRS Internet addresses; 1.7 Portable IP; 1.8 The GPRS sub-network; 1.9 Abbreviations used in this chapter; 2 Radio Channels, Physical Channels and Logical Channels
  • the GSM/GPRS Air Interface; 2.1 The radio channels (GSM 45.001); 2.2 Physical channels (GSM 45.001); 2.2.1 The characteristics of the GSM/GPRS physical channels (GSM 45.001)
  • 2.3 Logical channels (GSM 45.001, 45.002, 43.064)2.3.1 GSM logical channels; 2.3.2 GPRS channels which are used with or without a PBCCH; 2.3.3 GPRS logical channels which are used only in conjunction with PBCCH; 2.3.4 GPRS logical channels which are used in the absence of a PBCCH; 2.4 The BCCH radio carrier; 2.5 The PBCCH; 2.6 Abbreviations used in this chapter; 3 Air Interface Frame and Multiframe Structures (GSM 45.002, 43.064); 3.1 The basic frame; 3.2 The GPRS 52-frame multiframe and logical channel structures; 3.3 The 52-frame multiframe uplink PRACH channel (GSM 45.002, 43.064)
  • 3.4 The GSM 51-frame multiframe logical channel structures (non-combined configuration)3.5 The GSM 51-frame multiframe and logical channel (combined configuration); 3.6 The GPRS 51-frame multiframe logical channel structures (GSM 45.002, 43.064); 3.7 Using the 51- and 52-frame logical channels; 3.8 Abbreviations used in this chapter; 4 The TBF and the MAC Layer (GSM 44.060, sections 5, 7, 8); 4.1 What is a TBF? An introduction to the temporary block flow; 4.1.1 The radio link control/medium access control (RLC/MAC) block; 4.1.2 Introduction to the MAC function (GSSM 44.060 sections 5, 7, 8)
  • 4.1.3 Combining the components of a TBF into a complete TBF4.1.4 TBF arrow diagrams (GSM 44.060 sections 5, 7, 8, 9); 4.2 The MAC layer in action; 4.2.1 Introduction: GPRS attach; 4.3 'Attach' MAC procedures (ETSI 123.060 section 6); 4.4 Packet data transfer
  • PDP context activation (ESTI 123.060 section 9); 4.5 GPRS sub-network originated TBFs; 4.6 Alerting the mobile station for a DL TBF; 4.7 Abbreviations used in this chapter; 5 An Introduction to Protocol Layers Data Flow (ETSI 123.060); 5.1 The protocol stack; 5.1.1 GPRS protocol layers
  • a brief description
  • 5.2 GPRS signal flow
  • arrow diagrams (GSM 44.060 sections 5, 7, 8)5.2.1 GPRS attach; 5.2.2 Mobile originated PDP context activation and TBF (ETSI 123.060 section 9); 5.2.3 Paging and MT PDP transfer (GSM 44.060 section 6); 5.3 Temporary block flow acknowledged; 5.4 Abbreviations used in this chapter; 6 GPRS Mobile Station Characteristics (GSM 45.002); 6.1 Mobile station types; 6.2 GPRS mobile equipment (ME) and subscriber profiles (ETSI 123.060 section 15); 6.2.1 Subscriber profile; 6.3 Mobile equipment multislot capabilities (GSM 45.002 Annexe B); 6.4 Abbreviations used in this chapter

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