Course Title

mOBILE iNTERWORKING WITH ipV6, cONCEPTS, pRINCIPLES & pROTOCOLS

Course Description

This course provides readers with a thorough understanding of IP Mobility using Mobile IPv6 and companion advanced mobility protocols including network mobility and fast handovers. It illustrates basic concepts and principles behind the IP Mobility architecture and covers the practices using detailed protocol description.

Of particular importance is how mobile networking will support billions of devices without restricting applications or overburdening network infrastructures, and how it will support the movement of users from network to network without compromising security.

 

 

Public Schedule
Course Level
This course is set at Intermediate level, therefore it is assumed the relevant knowledge has been obtained prior to attendance.

Knowledge of or attendance of IP, Cellular/Mobile Networks, Data Communications and basic telephony is required to attend this course.

Course Duration
This course length is 5 days. It will include both theoretical and practical information and includes all full colour courseware and end of course certificate.

 

Who should attend?
Engineers, Support Staff, Managers, Sales Executives who require information to assist in the planning, deployment and maintenance of IPv6 and it capability of interworking with mobile networks.

course objectives

  • On completion of this course the delegate will be able to;

        • Describe the motivation for IPv6
        • Understand the IPv6 Header Format
        • Understand IPv6 Header Extension
        • Understand IPv6 Security
        • Describe IPv6 Addressing Schemes
        • Understand Return Routability
        • Describe the Mobility Header
        • Understand Binding Cache Management
        • Understand Mobile IP & IP Mobility
        • Describe Network Mobility
        • Describe the function of Dynamic Home Agent Discovery

.

Course Content

  • The following content is a brief list and does not necessarily reflect the total content of the course:

    • IPv6 Motivation
    • IPv6 Addresses
    • Neighbour Discovery
    • Stateless Address Autoconfiguration
    • IP Security
    • What is IPSEC?
    • Security Associations
    • Traffic Processing
    • Internet Key Exchange (IKE) Protocol
    • Mobility Concepts & Principles
    • Roaming & Handover
    • Internet Principles
    • Network Controlled Mobility
    • Application Layer & Session Layer Mobility
    • Supporting Mobile IP
    • Mobility Support Using Mobile IP
    • Mobility Events & Actions
    • How Mobile IP supports IP Mobility
    • Mobile IPv6 Protocol
    • Binding Cache Management
    • Return Routability Development
    • Security Management
    • Delivering Packets to the Care-of Address
    • Home Agent Discovery
    • Movement Detection & Link Establishment
    • Binding Cache Management
    • Home Address Destination Option
    • Mobility Header
    • Binding Update
    • Return Routability
    • Home Test Init (HoTI), Care-of Test Init (COTI), Home Test (HoT), Care-of Test (CoT)  Messages
    • Using the Binding Management Key
    • Secure Route Optimisation using a Static Shared Key
    • IP Security for Mobile Nodes & their Home Agents
    • Packet Handling
    • IPv6 to IPv6 Encapsulation
    • Reverse Tunnelling
    • Sending Binding Updates
    • Movement Detection
    • Movement Detection Algorithm
    • Dynamic Home Agent Discovery
    • Home Agent & Prefix Discovery
    • Network Mobility
    • NEMO Model & Terminology
    • Advanced Mobility Protocols
    • Enabling Fast Handover
    • Fast Handover Protocol
    • Forwarding Setup
    • Context Transfers
    • Context Creation on an Access Router
    • Context Data Structure Format
    • Hierarchical Mobility Management
    • Protocol Operation
    • Applying IP Mobility
    • Mobile IPv6 Operation
    • IP Reachability Service
    • Mobile IPv6 Home Registration
    • Enterprise Mobile Networking
    • VPN Mobility
    • Middlebox Management
    • Adapting IPv6 Fast Handovers for IPv4 Networks
    • Fast Handover in a Wireless LAN
    • Handover Bottlenecks
    • Improving Handover Support
    • Emerging Topics in IP Mobility
    • Multiaccess & Mobility
    • Mobility between Networks
    • Case Studies
      • VoIP Handovers
    • Seamless Handovers
    • Background & Problem Description
    • Performance Study
    • Location Privacy & IP Mobility
    • Hiding the Home Address from Onlookers
    • Disclosing the Care-of-Address
    • Route Optimisation for Mobile IPv4 using Return Routability

 

  • Course fees: QAR11000 for the 5 day course inclusive of; courseware, additional subject information on CD, buffet lunch, morning & afternoon beverages
  • Course start date: 15/4/2012
  • Course start date: 3/6/2012
  • To book any of the dates above, please email coursebooking@khalidtrainingcenter.com
  • Course fees are payable at least five working days prior to the course delivery date on all public scheduled courses
  • Joining instructions and all relevant information will be sent via email prior to the course start date