In the next generation of wireless networks, mobile users can move between heterogeneous
networks, using terminals with multiple access interfaces and non-real-time or real-time …

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 …

In the nowadays heterogeneous wireless environment, a plethora of access networks have
to be inter-connected in an optimal manner to meet the always best connected paradigm …

Vertical handover decision (VHD) algorithms are essential components of the architecture of
the forthcoming Fourth Generation (4G) heterogeneous wireless networks. These algorithms …

Provisioning continuous services while moving through heterogeneous wireless networks is
a main issue in the fourth generation wireless Networks. An efficient vertical handover …

Seamless continuity is the main goal and challenge in fourth generation Wireless networks
(FGWNs), to achieve seamless connectivity" HANDOVER" technique is used, Handover …

As mobile wireless networks increase in popularity and pervasiveness, we are faced with
the challenge of combining a diverse number of wireless networks. The fourth generation of …

The convergence of heterogeneous wireless access technologies has been envisioned to
characterize the next generation wireless networks. In such converged systems, the …

Next generation wireless communications will likely rely on integrated networks consisting of
multiple wireless technologies. Hybrid networks based, for instance, on systems such as …

Future wireless networks must be able to coordinate services within a diverse-network
environment. One of the challenging problems for coordination is vertical handoff, which is …