The state of art pertaining to vertical handover decisions in next-generation wireless
networks provides a detailed overview of vertical handover studies. This paper classifies the …

Transferring a huge amount of data between different network locations over the network
links depends on the network's traffic capacity and data rate. Traditionally, a mobile device …

Femtocell technology has improved cellular coverage and capacity allowing the provision of
rich and interactive communication services in current mobile networks. However, this …

The vertical handover decision strategy in the heterogeneous wireless networks is very
challenging issue because it needs to deal with many different radio access networks and …

The increased growth in consumer demand for seamless access to communication services
anywhere and anytime is inevitably driving an accelerated technological development …

With increasing number of emerging real time mobile applications, the Quality of Service of
networks becomes an important decision criterion for handover. Mobile users aspire to keep …

Currently, to ensure seamless roam across heterogeneous wireless technologies, efficient
vertical handoff algorithms are required to enhance QoS and offer reliable pervasive …

To satisfy requirements on future mobile network, a large number of small cells should be
deployed. In such scenario, mobility management becomes a critical issue in order to …

Ultra-dense small cell deployment in future 5G networks is a promising solution to the ever
increasing demand of capacity and coverage. However, this deployment can lead to severe …

Supporting seamless connection through user mobility is a critical challenge that must be
addressed in mobile Heterogeneous Networks (HetNets). The case will become more worse …