It has become a widely accepted assumption that multiple IEEE 802.11 b/g transmissions in
physical proximity can coexist without interfering each other. This is claimed to be the case …

An experiment is conducted to compare the performances of path loss and packet loss ratio
of the IEEE 802.11 a and 802.11 g wireless local area networks reflecting the coverage and …

This paper describes a software application to predict the coverage in wireless
environments. To implement a mobile radio system, wave propagations models are …

In wireless networks, collision is a major factor of performance degradation. In this letter, we
propose a scheme for reducing collision in IEEE 802.11 networks. Each node can avoid …

IEEE 802.11 wireless transmissions suffer from a big security flaw as they are vulnerable to
Denial of Service Attacks (DoS) which can degrade enormously their performance …

Hidden node collision in a contention-based medium access control protocol contributes to
poor wireless network performance. This paper extended the Bianchi's study and introduces …

The goal of this paper is to present and discuss the results of practical experiments
performed to determine the impact of adjacent and co-channel interference on the …

Most studies about the performance of IEEE 802.11 consider scenarios of ad-hoc topology
and networks where all stations have the same traffic load (symmetric traffic conditions). This …

Consumer electronic devices that utilize wireless communication interfaces to share
information on the go are becoming a part of everyday life. Many of these devices …

Interference is an inherent property of wireless multi-hop networks. In 802.11 wireless multi-
hop networks, the impacting of physical interference on a transmission is complexity …