Mobile IP allows node mobility involving changes of point-of-attachment to the Internet. In
order to reduce the impact on the performance and the signaling overhead, hierarchical …

In this paper the mobile IP and its handoff issues are introduced. Three main factors that
affect mobile IP's handoff performance, mobility detection, re-registration, interaction with …

Mobile IP has been designed to support host mobility over the Internet. In this paper, we
show that in most cases the smooth handoff by the route optimization of the Mobile IP …

The combination of Mobile IP with frequent handovers results in high handoff latencies and
control overhead in the core network. Micromobility protocols like Cellular IP, Hawaii and …

Mobile IP protocol (MIP) is a standard protocol that allows users to maintain non-stop
connectivity with their home address regardless of physical movement. In this paper we …

The Mobile Internet Protocol (Mobile IP) is an extension to the Internet Protocol proposed by
the Internet Engineering Task Force (IETF) that addresses the mobility issues. In order to …

This paper proposes an integrated mobile IP and SIP handoff management architecture that
exploits the complementary capabilities of mobile IP and SIP and thus extends the mobility …

Wireless technology has the great merit to allow users' mobility. However, this may affect the
functioning of all the applications and traditional protocols, worsening the already known …

Wireless access to Internet services will become typical, rather than the exception as it is
today. Such a vision presents great demands on mobile networks. Mobile IP represents a …

In this work, we present a study of the existing Layer 3 mobility approaches towards
suitability for low blackout times during handovers. Our starting point is the well-known …