IEEE 802.11 provides multiple wireless networking (WLAN) standardswith each new standard attempting to improve overall performance whilst remainingbackward compatible to older ones. The current practise of setting up WLANs is touse non-overlapping channels and high signal strengths to provide optimumperformance for stations in the network. In this paper, we try to show that the commonpractises may not be enough to ensure the best performance in a WLAN and stationsthemselves may be responsible for affecting network performance. Preliminary resultsare obtained are based on experiments executed in a simple test model using the802.11g standard
AbstractThis paper presents our study on the dependence of TCP downstream throughput (TCPdownT) on s...
Today, mostly the wireless LAN is based on preset static channel widths. Considering unique benefits...
Abstract — We present an empirical, i.e, measurement-based, characterization of the instantaneous th...
While the canonical behavior of today's home Internet users involves several residents concurre...
IEEE 802.11 wireless local area networks (WLANs) are shared networks, which use contention-based dis...
This work explores the theoretical and practical performances of the two most recent IEEE standards,...
A wireless network is admired because it strikes a good balance between speed, cost and simple insta...
Wireless equipment based on IEEE 802.11 standard has been increasingly successful during the recent ...
Recent advances in wireless technology has led to the introduction of new devices utilizing the 2.4G...
Great attention has been dedicated, in the recent years, to the WLAN standards that are opening the...
We present an empirical, i.e, measurement-based, characterization of the instantaneous throughput o...
Abstract — We investigate the impact of 20/40 MHz coexis-tence on the performance of wireless local ...
[[abstract]]The article investigates fairness in terms of throughput and packet delays among users w...
Abstract — Great attention has been dedicated, in the recent years, to the WLAN standards that are o...
We consider a single-hop wireless network consisting of α·N sources, where α ≥ 1 is a scaling factor...
AbstractThis paper presents our study on the dependence of TCP downstream throughput (TCPdownT) on s...
Today, mostly the wireless LAN is based on preset static channel widths. Considering unique benefits...
Abstract — We present an empirical, i.e, measurement-based, characterization of the instantaneous th...
While the canonical behavior of today's home Internet users involves several residents concurre...
IEEE 802.11 wireless local area networks (WLANs) are shared networks, which use contention-based dis...
This work explores the theoretical and practical performances of the two most recent IEEE standards,...
A wireless network is admired because it strikes a good balance between speed, cost and simple insta...
Wireless equipment based on IEEE 802.11 standard has been increasingly successful during the recent ...
Recent advances in wireless technology has led to the introduction of new devices utilizing the 2.4G...
Great attention has been dedicated, in the recent years, to the WLAN standards that are opening the...
We present an empirical, i.e, measurement-based, characterization of the instantaneous throughput o...
Abstract — We investigate the impact of 20/40 MHz coexis-tence on the performance of wireless local ...
[[abstract]]The article investigates fairness in terms of throughput and packet delays among users w...
Abstract — Great attention has been dedicated, in the recent years, to the WLAN standards that are o...
We consider a single-hop wireless network consisting of α·N sources, where α ≥ 1 is a scaling factor...
AbstractThis paper presents our study on the dependence of TCP downstream throughput (TCPdownT) on s...
Today, mostly the wireless LAN is based on preset static channel widths. Considering unique benefits...
Abstract — We present an empirical, i.e, measurement-based, characterization of the instantaneous th...