In the IETFpsilas FMIPv6 protocol, if a prediction about a mobile node movement is incorrect,
both large handover latency and packet loss may result. In this letter, we have proposed an …

The wireless LAN is a potential candidate technology for providing wireless access services.
Also, wireless LAN can meet demands for expended wireless access coverage while …

Mobile devices often change their location which triggers the handover from one access
router to another. Mobility management provides a way to retain the ongoing session of the …

As wireless technologies have grown, many people want to use wireless networks during
movements. Accordingly, Mobile IPv6 was developed by the Internet Engineering Task …

In this paper we present a performance analysis of a recently proposed method flow-based
fast handover method for mobile IPv6 (FFHMIPv6) in a real mobile IPv6 environment. The …

The Internet Protocol (IP) is expected to become the main carrier of traffic to mobile and
wireless nodes. This includes ordinary data traffic like HTTP, FTP and e-mail, as well as …

Mobile IPv6 has been proposed by the IETF (Internet Engineering Task Force) to be the
solution to mobility management in IPv6 network. The work is now culminating to a standard …

Mobile communication is increasingly oriented towards the usage of all IP networks as fixed
network components. Handover latency in mobile IPv6 plays an important role in the …

Mobile devices in the next generation are expected to integrate multiple wireless interfaces.
Such rich media device requires an adequate mobility features to accomplish fast and …

Mobile IP (MIP) has been paid a lot of attention as a good candidate to provide such global
mobility among heterogeneous networks. And, IPv6 incorporates the mobility into its …