This paper deals with a framework to selectively offload the cellular networks' data traffic
onto WiFi (IEEE 802.11) networks to improve network performance. Existing architectures …

Recently, there has been a tremendous growth in mobile network traffic. Network providers
are looking for techniques that selectively offload the mobile data traffic onto WiFi (IEEE …

Cellular network operators are striving to solve the problem caused by the increasing
volume of traffic over their networks. Given the proliferation of multi-interface devices …

In recent years, the boost of mobile-phones, tablets and smart devices with data-hungry
applications has caused massive growth in demand of “Mobile data services” and fulfilling …

The development of new applications and mobile devices has increased the data traffic in
cellular networks and required throughput improvements, which can be achieved through …

The wide proliferation of IEEE 802.11 compatible devices and the provisioning of costless
Internet connectivity in most cases, have created fertile ground for investigating seamless …

In order to face the continuous increase of the data traffic on the cellular network, using WiFi
to offload the LTE network can be an interesting solution for the operators. The convergence …

The recent proliferation of smartphone-based mobile Internet services has created an
extraordinary growth in data traffic over cellular networks. This growth has fostered interest …

WiFi is emerging as the preferred connectivity solution for mobile clients because of its low
power consumption and high capacity. Dense urban WiFi deployments cover entire central …

IEEE 802.11 wireless LAN is proliferating since the increased trend in the wireless network
utilization on mobile devices. Accuracy, fast content delivery, and reliable mobility support …