Enormous progress in the design of portable electronic devices allowed them to reach a
utility level comparable to desktop computers, while still retaining their mobility advantage …

The paper argues that, in next-generation, all-IP networks, no existing mobility management
protocol is suitable for every type of application, wireless environment or mobility pattern …

Next generation systems will support mobility based on the continuing advancements in
wireless technology. An integrated solution, whereby mobility management is an integral …

The landscape of today's telecommunications portrays an amazing patchwork of
heterogeneous networks, with very few and complex bridges between them. In this context …

Future wireless networks have two widely accepted characteristics. Firstly, they will be
based on all-IP based network architecture and secondly they will integrate heterogeneous …

The ITU-T definition of next generation networks includes the ability to make use of multiple
broadband transport technologies and to support generalized mobility. Next generation …

The future Internet will need to cater to an increasing number of mobile devices and mobile
networks, roaming across different access networks and trust domains. In addition, various …

A rapid growth of IP-based networks and services created the vast collection of resources
and functionality available to users by means of an uniform method of access–an IP …

This paper discusses an application layer framework that uses a set of standard IETF
protocols for supporting real-time and non-real-time multimedia applications on mobile …

The mobility support protocols are separated by two categories; First, Host-based mobility
management protocols such as Mobile IPv6, and its enhancements (HMIPv6 and FMIPv6) …