In recent times, wireless Local Area Networks (wireless LANs) based on the IEEE 802.11
standard have been spreading rapidly, and connecting to the Internet using wireless LANs …

Public areas, such as train stations and airports, providing wireless Local Area Network
(WLAN) services are increasing and expanding because of the rapid development of …

Multiple access points (APs) will be much more likely to be available for stations (STAs) due
to the spread of wireless LANs. Within this context, we have developed a decentralized AP …

Recently, connecting to the Internet by using the wireless LAN has become familiar. In
addition, the rapid growth of wireless LAN provides a lot of the wireless LAN Internet …

(in English) We have proposed a decentralized AP selection architecture, and shown that
the proposed architecture can achieve an efficient and fair share of wireless access …

Mobile nodes in wireless LANs connect themselves to the Internet via their associated
access points (AP). Although more and more APs are being deployed, nodes tend to gather …

Abstract In the IEEE 802.11 Wireless LAN environment, the common Access Point (AP)
selection of the existing terminal is based on signal strength. However, the signal strength …

In a wide area campus, a university provides Wireless Local Area Network (WLAN) for users
to connect to the Internet. Most users take advantage of this WLAN benefit by using their …

Network access of a mobile node is usually accomplished by connecting to a nearby access
point (AP), which is currently determined only by the signal strength, so called the Signal …

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