The ubiquitous use of IEEE 802.11 has aggravated the need to make efficient use of
available bandwidth. Currently handoff decision in IEEE 802.11 is made based on the …

This paper addresses the issue of the Handover (HO) decision in Wi-Fi environments.
Existing HO methods do not meet the requirements of modern applications for mobile nodes …

IEEE 802.11 (Wi-Fi) networks' popularity has boomed in recent years and their presence is
continuously increasing. More and more large-scale networks are being deployed …

Today, providing ubiquitous wireless networks have become more important due to the
widespread use of smartphones. To achieve Always Best Connectivity (ABC), mobile nodes …

To achieve ubiquitous connectivity, the Internet of Things utilize WiFi as one of key wireless
technologies. With densely deployment, the coverages of different WiFi access points (APs) …

In large and densely deployed IEEE 802.11 networks, a fast and seamless handover
scheme is an important aspect in order to provide reliable connectivity for mobile users …

In an enterprise Wi-Fi network, Mobile users may be covered by multiple enterprise access
points (APs). To optimize resource allocation, a soft handover is require in which the user's …

In order to meet the rising demands for the Internet of Things technologies, Wi-Fi community
has developed Wi-Fi HaLow. It extends Wi-Fi with new functionality supporting high number …

This paper presents empirical latency measurements of enterprise-grade Wi-Fi 6 in an
industrial setting with focus on handover performance. The basic mechanisms of Wi-Fi …

The current and future IEEE 802.11 deployment could potentially offer wireless Internet
connectivity to mobile users. The limited AP radio coverage forces mobile devices to perform …