Providing a continuous connection in heterogeneous wireless networks is a challenging job.
Traditional approaches are mainly concerned to specific scenarios. These approaches are …

Wireless networks are passing through a transition phase for the past few years now and
this transition is giving a way towards the convergence of all IP-based networks to form the …

The integration of heterogeneous wireless networks allows the mobile users to benefit
simultaneously from the radio coverage of different access technologies (RAT: Radio Access …

The proliferation of the Internet and wireless access technologies introduced the constant
mobile paradigm, in which users want to be always connected making use of the best …

Handover (HO) is designed to facilitate user mobility and ensure quality of service in mobile
networks. In multiple base station (eNodeBs) scenarios, the HO priority process is a problem …

Seamless mobility in heterogeneous networks is difficult to be achieved because of various
QoS requirements and complex heterogeneous network environments. Media independent …

Vertical handover gain significant importance due to the enhancements in mobility models
by the Fourth Generation (4G) technologies. However, these enhancements are limited to …

Multiple attributes decision Making (MADM) is an important method for vertical handover of
heterogeneous networks, but its application is limited since it can't adjust the weight of …

The seamless internetworking among multiple heterogeneous networks is in demand to
provide ldquoalways-onrdquo connectivity services with QoS provision quality, anywhere …

One challenge of wireless networks integration is to provide ubiquitous wireless access
abilities seamless handover for mobile communication devices between the different types …