Over the last decade, we have witnessed a growing interest in the design and deployment of
various network architectures and protocols aimed at supporting mobile users as they move …

Mobility management protocols operating from different layers of the classical protocol stack
(eg, link, network, transport, and application layers) have been proposed in the last several …

Future-generation wireless networks have been envisioned as the integration of various
wireless access networks, including both wireless wide area networks and wireless local …

Next-generation wireless systems (NGWS) integrate different wireless networks, each of
which is optimized for some specific services and coverage area to provide ubiquitous …

Application-level protocol abstraction is required to support seamless mobility in next-
generation heterogeneous wireless networks. Session initiation protocol (SIP) provides the …

It is commonly held that 4G mobile systems were founded on the Internet joined with diverse
access technologies. Future network architecture is regarded as various overlapping …

Providing seamless mobility support is one of the most challenging problems towards the
system integration of fourth generation (4G) wireless networks. Because of the transparency …

Future generation wireless networks are envisioned to be a combination of diverse but
complementary access technologies. Internetworking these types of networks will provide …

Application-level protocol abstraction is required to support seamless mobility in next
generation heterogeneous wireless networks. Session initiation protocol (SIP) provides such …

Cellular networks, eg Universal Mobile Telecommunications System networks, will be based
on the Internet Protocol (IP) to provide an efficient support for applications with bursty traffic …