This article proposes an access-point and channel selection method for Internet of Things
environments. Recently, the number of wireless nodes has increased with the growth of …

In recent years, access-points have been densely placed at public spaces. Users can each
select an access-point from among such access-points so as to enhance communication …

We propose an optimal access-point (AP) selection algorithm for maximizing system
throughput while preserving newly arrived-user throughput. In our algorithm, newly arrived …

The next-generation cellular networks are envisioned to operate with heterogeneous
wireless networks. Under such scenario, user device is required to periodically perform …

We propose an optimal access-point (AP) selection algorithm for maximizing system
throughput while preserving newly arrived-user throughput. In our algorithm, newly arrived …

Abstract Wireless Local Area Networks (WLANs) have become very popular as they provide
mobility for the nodes and the convenience with which such networks can be setup …

With the coexistence of various wireless technologies, next generation wireless
communications will likely consist of an integrated system of networks, where the Access …

The next generation wireless network is aimed to provide users with anywhere, anytime, and
seamless service. With the increasing demand for the next generation network, many …

Today's wireless networks are composed of multiple radio technologies and allow users to
choose the convenient radio technologies at certain locations. The operators, for their part …

The issue of efficiently selecting the best available wireless network by a mobile device is an
area of active research. Many researchers have proposed several strategies and policies for …