WiFi networks based on the IEEE 802.11 standard are widely used indoors or outdoors as
simple and cost-effective wireless technology. However, the data connection is significantly …

Within IEEE 802.11 Wireless Local Area Networks (WLANs), a handover between wireless
Access Points (APs) is inevitable for the mobile stations to maintain network connectivity as …

The dynamic nature of the wireless channel poses a challenge to services requiring
seamless and uniform network quality of service (QoS). Self-healing, a promising approach …

Wireless networks are a very complex and dynamic environment that requires proper
management to optimise its performance. With a tremendous increase in the number of user …

The heterogeneous network for a 4th generation, not constantly supports enhanced mobility
and communication amid the Wireless Access Network. Therefore, the vertical handoff is …

Designing protocols for optimizing and controlling Mobile Ad Hoc Networks (MANETs) has
been an active subject of research for many years; however, the autonomous configuration …

We present BeHop, a wireless testbed for dense WiFi networks often seen in residential and
enterprise settings. BeHop aims to provide insights on the operation of dense deployments …

While WiFi was initially designed as a local-area access network, mesh networking
technologies have led to increasingly expansive deployments of WiFi networks. In urban …

We present BeHop, a wireless testbed for dense WiFi networks often seen in residential and
enterprise settings. Be-Hop aims to provide insights on the operation of dense deployments …

In this paper, we analyze the performance of vertical handover (VHO) algorithms for
seamless mobility between WiFi and UMTS networks. We focus on a no-coupling scenario …