One of the key problems in 802.11 standard networks are interferences. It is not possible to
avoid the influence of other wireless systems. One can only minimize the power level of …

In IEEE 802.11 based wireless networks interference increases as more access points are
added. A metric helping to quantize this interference seems to be of high interest. In this …

In wireless local area network (WLAN), signal coverage is obtained by proper placement of
access points (APs). The impact of incorrect placement of APs is significant. If they are …

When designing wireless communication systems, it is very important to know the optimum
numbers and locations for the access points (APs). The impact of incorrect placement of APs …

We design an optimal access point (AP) selection and traffic allocation algorithm for IEEE
802.11 networks. Coverage and capacity are some key issues when selecting APs in a …

There are two widely used interference models to characterize interference in wireless
communication, protocol model and physical model. The protocol model simplifies the …

Context. High level of industrial noise increases the loss of information frames during
transmission, which in turn decreases the network throughput. We propose a mathematical …

IEEE 802.11 specifies two modes of operation, an infrastructure mode where nodes
communicate to/through an access point, and an ad-hoc mode, where nodes communicate …

Wireless local area networks (WLANs) based on IEEE 802.11 a standard are deployed to
provide network connectivity without being tethered off of a wired network. An accurate …

Radio frequency interference in wireless networks affects data packets which are transmitted
over WiFi networks and the data packets are lost due to poor signal strength during …