Wireless networks have been used to complement wireline networks and have seen widespread adoption in recent years. Both 3G cellular and WiFi wireless networks have become part of our daily lives by providing broadband connectivity anywhere, anytime. People want and need to stay connected with friends and family, with clients and colleagues, to the information they need and with the gadgets that keep them engaged. Seamless mobility gives people the ability to communicate without much thought about the background technology; it is just “Always On” with continuity of connection and experience, anywhere, anytime. This course identifies the needs for seamless mobility and explains how seamless mobility is achieved in different types of wireless networks. It covers various types of mobility in 3G wireless networks, WiFi networks, Cable/Wired networks and emerging WiMAX networks. This course provides a review of technologies such as VoIP, IMS/MMD, UMA and Mobile IP that enable the implementation of seamless mobility vision.
This eLearning course is intended for professionals seeking a conceptual understanding of seamless mobility
After completing this course, the student will be able to: - Describe the reasons for seamless mobility and how it affects the user experience
- Sketch the seamless mobility architecture
- List the types of mobility required for seamless connectivity within and across heterogeneous wireless networks
- Describe various mobility technologies and how they come together to provide seamless mobility
- Explain the methods used by wireless service providers to provide seamless mobility to their subscribers
- Explain the business landscape and terms such as triple play, FMC, etc.
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Self Paced
 Self-Paced Online
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