Table of Contents

Foreword
Introduction
Part 1: The Connection Control Model (CCM)
1 Objectives and description of the modelling
  1.1 Objectives
  1.2 The Connection Control Model (CCM)
2 Technical details of the CCM
  2.1 Connection Control Socket
  2.2 Data Management Socket
  2.3 Status Monitoring Socket
  2.4 Traffic Management Socket
  2.5 Resource Control Socket
3 Technical background and rationale
  3.1 Connection Control Socket
  3.2 Data Management Socket
  3.3 Status Monitoring Socket
  3.4 Traffic Management Socket
  3.5 Resource Control Socket
4 Switching perspective of the connection control model
  4.1 Introduction
  4.2 The bottom up basis for the IN studies
  4.3 Physical Entity Connections
  4.4 Control Fields and Transition Points
  4.5 Subscriber Legs, Internal Paths, Incoming- and Outgoing
       Trunk Legs
  4.6 Control Field functions related to Connection Control
  4.7 Applied symbols of Physical Entity Connections
  4.8 An initial discussion of connections
  4.9 An initial discussion of Connection Control and Service
       Control
  4.10 Some characteristics of Connection Control and Service
       Control
  4.11 Connections
  4.12 A Bidirectional Symmetrical Basic Call Model
  4.13 Symmetrical Extended Basic Call
  4.14 Asymmetrical Extended Basic Call Model
Annex 1: Formal specification of CCM primitives
Part 2: The Service Switching Functions (SSF)
1 Introduction
  1.1 Rationale
  1.2 SSF Domains
  1.3 Processing capabilities
2 Rules for the specification of SSF Domains
  2.1 SSF DOMAIN specification criteria
  2.2 SSF DOMAIN representation/modelling rules
3 Interactions
  3.1 Introduction
  3.2 Interactions between operations
  3.3 Interactions between sockets
  3.4 Interactions between instances of FES
4 Connection Control Domain (CCD)
  4.1 Overview
  4.2 SCFA
  4.3 INFM
  4.4 FIM
  4.5 BCM

Abstract

Reflects initial studies on switching aspects in Intelligent Networks (IN).

General Product Information

Published
Document Type	Standard
Status	Current
Publisher	European Telecommunications Standards Institute
Pages
ISBN
Committee	SPS 3