One of the most important challenges in Mobile IPv6 is to provide the service for a mobile
node to maintain its connectivity to the Internet when it moves from one domain to another …

In wireless/mobile networks, users freely change their service points, while they are
communicating with other users. In order to support the mobility of mobile nodes, Mobile …

This article analyses the latency components in Mobile IPv6 handovers. It provides real-
implementation results for significant parts of the handover process through measurements …

Mobile IPv6 provides comprehensive mobility management for the IPv6 protocol. It provides
many benefits compared to Mobile IPv4, such as reroute optimization, protocol extensions …

People who use wireless device for Internet are gradually increasing. For mobility service,
MIPv6 has been proposed by IETF. With no restriction on node's geographical location …

When a mobile node changes its point of attachment in the network, it experiences a time
when it cannot receive or send any packets. This time, called handover delay, might also …

We apply the generator coordinate method in a fully microscopic calculation of the E2 decay
lifetime of the shape isomeric states of U 236, U 238, and Pu 240. The basis states have …

Fourth-generation (4G) mobile systems provide access to a wide range of services and
enable mobile users to communicate regardless of their geographical location and their …

MIPv6 is envisioned for next generation networks to achieve ubiquitous and seamless
communications for its wide address spaces and many additional features. However, MIPv6 …

In order to support mobile users, the basic Internet protocols have been extended with
protocols (eg, Mobile IPv6) for intercepting and forwarding packets to a mobile and possibly …