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 …

In IP-based wireless networks, minimizing handover latency with few packet loss is one of
the most important issues. To achieve this goal, host-based and network-based fast or …

Current IP‐level mobility management protocols are unable to satisfy the stringent handover
latency requirements for supporting real‐time multimedia services between different …

This chapter provides a survey of IP layer mobility management protocols in next generation
wireless networks. In all-IP-based next generation wireless networks, mobile nodes freely …

Proxy Mobile IPv6 has been developed as a network-based mobility management protocol.
This new protocol enables a mobile node to change its point of attachment without its own …

In Proxy Mobile IPv6 (PMIPv6), any involvement by the Mobile Node (MN) is not required, so
that any tunneling overhead can be removed from over-the-air. However, during the PMIPv6 …

Next generation wireless networks are envisaged to be an integration of heterogeneous but
complementary wireless access networks. The inter-networking of these heterogeneous …

Mobility management with provision of seamless handover is crucial for an efficient support
of global roaming of mobile nodes (MNs) in next-generation wireless networks (NGWN) …

Mobile IPv6 (MIPv6) has been approved by the IETF as the standardized solution for mobility
management in IPv6 network. MIPv6 is a host-based mobility support specification, and it …

Abstract Proxy Mobile IPv6 (PMIPv6) protocol was developed through the concept of
Network-based Local Mobility Management (NetLMM). IP mobility features previously …