TCP/IP and Mobile IP Training

TCP/IP and Mobile IP Training

Course Delivery

This Course is available in the following format:

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Course Overview:

TCP/IP and Mobile IP Training Course Description

As mobile carriers look to enhance their services offerings with new 3G oriented, IMS enabled applications, the prominence of IP traffic on mobile networks will continue to grow. Additionally, with cost reduction efforts surrounding voice over Internet protocol (VoIP) in the mobility domain, carriers will be facing a transition in the coming years from traditional circuit switched, voice centric environments to networks that treat all applications like data. Engineers, business people, marketing organizations and designers and planners will benefit from the TCP/IP and Mobile IP Training, and an understanding of MIPv6, HIPv6, MIPv6 over MPLS and the impact of IMS in the mobile domain.

Customize It:

• If you are familiar with some aspects of this course, we can omit or shorten their discussion.
• We can adjust the emphasis placed on the various topics or build the course around the mix of technologies of interest to you (including technologies other than those included in this outline).
• If your background is nontechnical, we can exclude the more technical topics, include the topics that may be of special interest to you (e.g., as a manager or policy-maker), and present the course in manner understandable to lay audiences.

Related Courses:

TCP/IP Networking Training Advanced
TCP/IP Networking Training Overview

What You Will Learn:

Upon completing this TCP/IP and Mobile IP Training course, learners will be able to meet these objectives:

• Provide a basic understanding of MIPv4, changes with respect to MIPv6, synchronicity issues, HIPv6, MIPv6 over MPLS domains, and an overview of Internet Multimedia Subsystem (IMS).

TCP/IP and Mobile IP Training – Course Syllabus:

Mobile Basics

◾Mobility overview
◾Operation of a 2G network
◾Operation of a 2.5G network
◾Operation of a 3G network
◾Routing areas
◾Measuring throughput
◾Contention and contention mitigation
◾Impacts on the mobility environment to quality of experience/quality of service

Mobile IP Basic Principles

◾Role of the SGSN/GGSN
◾Role of the PDSN
◾Role of the home agent (HA), the foreign agent (FA), the AAA and security
◾Home link, foreign link
◾Care of address
◾Corresponding agent
◾Routing area updates
◾Mobility call flows
◾IP address bindings

Mobile IPv6

◾IPv6 overview
◾IPv6 address space
◾IPv6 headers and extension headers
◾Security
◾IPv6 subnetting
◾Network discovery process
◾Mobility header
◾Bidirectional tunneling
◾Mobility in IPv6
◾MIPv6 Route optimization
◾Binding refresh request
◾Home Test Init (HoIT)
◾Care of Test Init (CoIT)
◾Home Test (HoT)
◾Care of Test (CoT)
◾Binding Update
◾Binding acknowledgement

ICMPv6

◾HA discovery request
◾HA discovery reply
◾Mobile prefix solicitation
◾Mobile prefix advertisement
◾Modified router advertisement message
◾Modified prefix information
◾New advertisement interval option
◾New home agent information option
◾Correspondent Registration
◾Direct registration
◾Indirect registration
◾Return routability procedure

Security

◾Mobile IP trust model
◾SA/HA reference
◾SA/FA reference
◾AAA/Radius
◾IPSec
◾IKE Model

Host Identity Protocol (HIP)

◾Problem definition & scope of HIPv6 – Decoupling the network and transport layers of a mobile network
◾HIP Overview and functional elements/changes
◾HIP Mobility & DNS impacts
◾HIP Multihoming
◾HIP Security
◾HIP Implementation proposals in standards

MIP/MPLS

◾MPLS overview
◾Using MPLS to enhance the MIP experience
◾CE Routers
◾PE Routers
◾Label switched paths
◾VRF concepts
◾Route discovery protocols
◾The MPLS domain

IMS

◾IMS overview
◾IP Gateway
◾AAA/HSS and SLF
◾Security/PKI
◾P-CSCF, I-CSCF, S-CSCF
◾Application layer
◾BGCF
◾MGCF
◾PDF/PEF

Workshop Exercises – IMS/Mobile IP Call Flows

◾Mobile to mobile VoIP call
◾Mobile to landline VoIP to PSTN interworking
◾Video streaming
◾Audio streaming
◾3G IMS MIP session sending SMS to 2G legacy SMS on same network, and on different networks
◾Roaming case studies

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