Mobility management, which includes location management and handoff management, is
essential in cellular wireless networks to provide service to mobile users. Location …

Mobility management has always been a challenging and important issue for the next‐
generation all‐IP mobile networks. Seamless mobility is one of the requirements to provide …

The increasingly ubiquitous deployment of wireless networks together with efforts to
complete the standardization of Media Independent Handover (MIH) will support the 4G …

Mobile users and applications are putting pressure on wireless network operators to
improve the seamless handover of devices and services. Strong business competition for …

Communications networks today are a combination of different wireless and wired networks,
that are based on an enriched set of technologies. Wired networks are preferred when the …

Next generation wireless networks are expected to integrate and coordinate heterogeneous
communication networks to enable network access ubiquity. This integration of different …

Abstract The 4G or Beyond 3G wireless networks is consist of IP-based heterogeneous
access networks from 3G cellular, WiFi, WiMAX to other emerging access technologies such …

Abstract Smooth handovers of Mobile Nodes (MN) between different points of attachments to
the network ensures seamless connectivity when users move from one place to another. In …

The management techniques employed for Fast Mobile Internet Protocol version 6 (FMIPv6)
and Media Independent Handover services between different wireless technologies are very …

A transport layer mobility management scheme for handling seamless handoffs between
appropriate networks is presented. The future mobile environment will be characterized by …