In this paper, a network-based global mobility support protocol, named NGMIP, is introduced
that combines advantages of both mobile IPv6 and proxy mobile IPv6 to provide inter …

Most of the current mobility management protocols such as the mobile IPv4 or mobile IPv6
and its variants standardized by the IETF do not support global seamless handover. This is …

Recently, the IETF NETLMM working group is standardizing a network-based localized
mobility management (NETLMM) protocol called proxy mobile IPv6 (PMIPv6), yet the …

As IPv6 being more widely deployed, dual stack mobile nodes will move into IPv6 or IPv4
only network. In this environment, maintaining IP connectivity during handover is not …

New generation of mobile wireless networks utilizes IP mobility protocols to handle
handovers between their different subnets. Among existing options, Proxy Mobile IPv6 …

One of the major challenges for wireless network design is the efficient mobility
management Mobile IP is a commonly accepted protocol to realize the global mobility …

The Network-based Proxy Mobile IPv6 (PMIPv6) has shown practical advantages and
higher performance comparing traditional host-based mobility protocols. However, the basic …

Proxy Mobile IPv6 (PMIPv6) is proposed as a new network-based local mobility protocol
which does not involve the Mobile Node (MN) in mobility management. PMIPv6, which uses …

Future internet works will include large numbers of portable devices moving among small,
wireless cells. In order to support real-time applications, users demand seamless mobility …

The internet was basically designed for the static nodes, but with the development of mobile
nodes such as smart phones, that have wireless capabilities, the first design was insufficient …