The pervasive use of smartphones in daily life and the advanced expansion of cellular
networks (LTE) has strongly increased the amount of mobile data traffic and has established …

This work investigates handover in hybrid light fidelity (LiFi) and wireless fidelity (WiFi)
networks (HLWNets). In such a network, the handover process becomes challenging due to …

Providing seamless connectivity in heterogeneous wireless networks has been a
challenging job for the last couple of years. Traditional Vertical Handover Management …

WiFi networks have been deployed in many regions such as buildings and campuses to
provide wireless Internet access. However, to support ubiquitous wireless service, one …

The next generation ubiquitous wireless networks will comprise of mobile users moving
between heterogeneous networks with terminals having multiple access interfaces and …

Heterogeneous networks with different wireless technologies increase the availability of
Internet services (ie, cloud services). However, latest mobile phones with at least two …

Nowadays, the current trend is to integrate WiFi with Long Term Evolution (LTE) networks in
order to meet the growing demand for huge amounts of data traffic and provide ubiquitous …

The hybrid light fidelity (LiFi) and wireless fidelity (WiFi) network (HLWNet) is considered to
be a potential component of the next generation indoor wireless networks. However, due to …

Nowadays, the battery life time becomes one of the most important challenges of the next
generation wireless networks especially for mobile equipments that support more than …

Vertical handoff (VHO) is the key feature to increase the seamless services availability (ie,
cloud services) in a heterogeneous network environment that especially plays an important …