Table of Contents

Foreword
1 Objectives, scope and definition of IN
  1.1 Motivation, requirements and modelling concepts
  1.2 Definition of IN
  1.3 Evolution of IN
  1.4 Relationship with CCITT studies
  1.5 Relationship with other ETSI studies
  1.6 Work plan
2 IN functional requirements
  2.1 Introduction
  2.2 Service requirements
  2.3 Network requirements
3 IN architecture
  3.1 Requirements and assumptions
  3.2 The IN conceptual model
  3.3 OAM
  3.4 Service plane architecture
  3.5 Global functional plane architecture
  3.6 Distributed functional plane architecture
4 IN terminology
  4.1 Principles
  4.2 IN terminology glossary
Annex A (informative): Workplan
      A.1 IN work plan
Annex B (informative): Overall call modelling
Annex C (informative): Connection control model
      C.1 General
      C.2 Connection control modelling
      C.3 Definitions relating to the connection control model
      C.4 Socket behaviour
      C.5 Connection control socket
      C.6 Data Management (DM) socket
      C.7 Status monitoring socket
      C.8 Traffic management socket
      C.9 Resource control socket
      C.10 Requirements on the basic call model
Annex D (informative): Examples of call configuration
      D.1 Originating services during call set up
      D.2 Terminating services during call set up
      D.3 Creating a Leg to an IP
      D.4 Multi-party call (mid call trigger)
      D.5 Call Waiting (Barge-In Trigger)
      D.6 "Monitoring" services
      D.7 Multiple simultaneous services
History

Abstract

Applies to a wide variety of networks including: Public Switched Telephone Network (PSTN), mobile, Packet Switched Public Data Network (PSPDN) and ISDN.

General Product Information

Published
Document Type	Standard
Status	Current
Publisher	European Telecommunications Standards Institute
Pages
ISBN
Committee	NA 6