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NGN, IMS, SIP, IN and SIGTRAN Technical Description


Training Course Outline

Course Duration:
5 days

Training Course Description:

This 5-day course gives an in-depth description of the 3GPP IP Multimedia Subsystem (IMS), which is based on the IETF Session Initiation Protocol (SIP) and other protocols. After introduction to the IMS Architecture, the course focuses on the technical details of the SIP protocol SDP, RTP and how they are applied within the IMS. The course also discusses the following technologies which interact with the IMS and are used to enhance the overall user experience in a mobile environment, SIGTRAN, IN, CAMEL and supporting protocols. There is also an overview of WiMAX, 3G and GPRS technologies. Basic IMS procedures (registration, session establishment) as well as services (Presence, Messaging, and Push-to-Talk) are introduced and essential details are highlighted.

At the end of this course the delegate will have a clear understanding of an IMS and mobile connection to it and the supporting protocols needed.

Prerequisites:
A basic understanding of mobile telephony and a sound understanding of fixed-line telecommunication technologies, together with a basic concept of data communications and the Internet.

Prerequisite courses:
Telecoms Fundamentals for Technical Professionals

NGN, IMS, SIP, IN and SIGTRAN Technical Description includes the following modules:
  • GSM to 3GPP Release 6/7
  • 3G R99
  • 3G R4
  • 3G R5
  • 3G R6/R7

GPRS

  • PDP
  • Access Points
  • PDP Context types

IP Multimedia Subsystem Architecture

  • Architectural Requirements
  • Description of IMS-related entities and functionalities
  • IMS Reference Points

NGN Introduction, SIGTRAN and SIP Architecture Overview

  • Components
    - Signalling Gateway (SG)
    - Signalling Gateway Process (SGP)
    - Application Service Process (ASP)
    - IP Signalling Point (IPSP)
    - Application Server (AS)
  • Routing
    - Interface Identifiers
    - Routing Contexts
    - Network Appearances

Introduction to Signalling and Signalling History

  • Next-Generation Networks
  • Definition and Purpose
  • NGN Architecture
    - Media Gateway (MG)
    - Media Gateway Controller (MGC)
    - Signalling Gateway (SG)

SigTran Overview

  • History and Purpose
  • Stream Transmission Control Protocol (SCTP)
  • Architecture
  • Components
    - Signalling Gateway (SG)
    - Signalling Gateway Process (SGP)
    - Application Service Process (ASP)
    - IP Signalling Point (IPSP)
    - Application Server (AS)
    - Routing
    - Interface Identifiers
    - Routing Contexts
    - Network Appearances
    - User Adaptation (UA) layers
    - UA Terminology
    - MTP eve 2 User Adaptation (M2UA)
    - MTP eve 3 User Adaptation (M3UA)
    - SCCP User Adaptation (SUA)
    - MTP eve 2 Peer Adaptation (M2PA)
    - M2PA and M2UA Comparison
    - M2PA Differences from Other UAs
    - Example Sequences

SIP Protocols

  • SIP
  • SIP URI
  • The tel URI
  • SIP Structure
  • Registration
  • Dialogue
  • Sessions
  • Security
  • Routing Request & Responses
  • SIP Extensions

SDP Protocols

  • SDP Message Content
  • SDP Message Format
  • The Offer/Answer Mode with SDP

RTP Protocols

  • RTP
  • RTCP
  • RTP Profile and payload

IMS Concepts

  • Identification
  • Identity Modules
  • Security Services in the IMS
  • S-CSCF Assignment
  • Mechanisms for Controlling Bearer Traffic
  • Charging
  • User Profile
  • Service Provision

An Example IMS Session

  • Caller and Callee Identities
  • Routing
  • Compression Negotiation
  • Media Negotiation
  • Resource Reservation
  • Controlling Media
  • Charging-related information
  • Release Session

H.323 Overview

  • Architecture
  • Endpoint
  • Gatekeeper (GK)
  • Multipoint Conference Unit (MCU)
  • Exampe Scenarios
  • Protoco Stack
  • H.225.0 RAS
  • H.245
  • Message Types
  • Terminal Capabilities
  • H.235
  • Direct H.323 Ca
  • Gatekeeper Administration
  • Inter Gatekeeper Communication
  • ISUP Tunnelling

BICC Overview

  • History and Purpose
  • Documentation Structure
  • Architecture
  • Ca Node Types
  • Functional Entities
  • Interfaces
  • Protocol Stack
  • UMTS-GSM Interworking
  • Related Groups of Interest
  • SIMPE
  • IPTE
  • SIPPING
  • SPIRITS
  • PINT
  • ENUM
  • TIPHON
  • TISPAN
  • OSA and PARAY

Intelligent Networks and INAP

  • Intelligent Network Definition
  • Business Drivers for IN
  • IN Objectives
  • IN History/Evolution
  • Freephone Service Example
  • Premium Rate Service Example
  • Tele-voting Service Example
  • Automatic Alternate Billing Example
  • Intelligent Network Standards
  • Intelligent Network Conceptual Mode (INCM)
  • Service Pane
  • Global Functional Pane
  • Distributed Functional Pane
  • Physical Pane
  • INAP/AIN/CAME/MAP/WIN and the INCM
  • Intelligent Network Ca Modelling Concepts:
  • SS7/C7 Nodes
  • IN functional Entities (SCF, SDF, SSF, CCF, SRF, SCEF, SMF)
  • Basic Ca State Modem (BCSM)
  • Detection Points
  • Triggers
  • Originating BCSM
  • Terminating BSCM
  • Service Creation
  • Genera Structure of the Capability Sets
  • Capability Set 1 (CS-1):
  • Scope of CS-1
  • CS-1 Service Features
  • Feature Interactions
  • Example Services
  • Capability Set 2 (CS-2):
  • Scope of CS-2
  • Enhancements that CS-2 has brought to the INCM
  • Example Services
  • Capability Set 3 (CS-3):
  • Scope of CS-3
  • INAP Protocol Definition
  • INAP Standards
  • INAP ASN.1 Descriptions
  • Non-Circuit Related Signalling
  • NCR Applications
  • Formatting of Information Flows (IF)
  • ASN.1
  • Initial DP ASN.1 Encoding
  • Transaction Capabilities (TC)
  • Component Sublayer (CS)
  • Transaction Sublayer (TS)
  • SCCP Addressing
  • Network Services Part (NSP)
  • INAP Protocol Architecture
  • Core INAP Overview

INAP and CAMEL

  • Single/Multiple Association Control Function (SACF/MACF) Rues
  • INAP Addressing
  • INAP Formats
  • INAP Procedures:
  • ASE Types
  • Operations
  • Translation Example
  • Translation with Announcement Example
  • Translation with User Interaction Example
  • Ca Gapping Example
  • Credit Card Example
  • Introduction to CAME
  • Pre-WIN/CAME Alternatives:
  • Other Alternatives
  • CAME Standards
  • CAME Phase I
  • CAME Phase II
  • CAME Phase III
  • CAME Trigger Detection Points
  • Service and Feature between Incompatible Networks
  • Implementation Issues
  • Operational Issues
  • Components
  • Signalling Gateway (SG)
  • Signalling Gateway Process (SGP)
  • Application Service Process (ASP)
  • IP Signalling Point (IPSP)
  • Application Server (AS)
  • Routing
  • Interface Identifiers
  • Routing Contexts
  • Network Appearances

Introduction to Signalling and Signalling History

  • Next-Generation Networks
  • Definition and Purpose
  • NGN Architecture
  • Media Gateway (MG)
  • Media Gateway Controller (MGC)
  • Signalling Gateway (SG)

SigTran Overview

  • History and Purpose
  • Stream Transmission Control Protocol (SCTP)
  • Architecture
  • Components
  • Signalling Gateway (SG)
  • Signalling Gateway Process (SGP)
  • Application Service Process (ASP)
  • IP Signalling Point (IPSP)
  • Application Server (AS)
  • Routing
  • Interface Identifiers
  • Routing Contexts
  • Network Appearances
  • User Adaptation (UA) layers
  • UA Terminology
  • MTP eve 2 User Adaptation (M2UA)
  • MTP eve 3 User Adaptation (M3UA)
  • SCCP User Adaptation (SUA)
  • MTP eve 2 Peer Adaptation (M2PA)
  • M2PA and M2UA Comparison
  • M2PA Differences from Other UAs
  • Example Sequences

 

 

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