The IETF is currently working on service differentiation for the Internet. However service differentiation at the IP layer is useless without support of lower layers. This support is even more critical in wireless environments because of the dynamism of the channel conditions and of the network topology. In this paper we present a service differentiation support for the IEEE 802.11. The idea is to scale the contention window according to the priority of each flow or user. Preliminary simulation results are shown when using this mechanism with TCP and UDP
Abstract—Wireless LANs carry a mixture of traffic, with different delay and throughput requirements....
Various flexible mechanisms related to quality of service (QoS) provisioning have been specified for...
[[abstract]]In this paper, we propose a new per-CLAss Row fixed proportional differentiated service ...
The IETF is currently working on service differentiation for the Internet. However service different...
Running real time applications over wireless LANs is becoming common place. These applications requi...
This paper considers the problem of providing relative service differentiation in IEEE 802.11 Wirele...
Wireless LANs carry a mixture of traffic, with different delay and throughput requirements. The usua...
Abstract — The IEEE 802.11e draft specification aims to extend the original 802.11 MAC protocol by i...
This paper presents an analytical model for saturation throughput of IEEE 802.11 distributed coordin...
Abstract: The service differentiation and adaptation are the important mechanisms for enhancing the ...
Full text of this article is not available in SOARIn traditional computer networks, service differen...
National audienceOur paper explores the issue of how to provide appropriate quality of service mecha...
Abstract: Today’s networks, including WLANs, transport different classes of services. A service diff...
This paper presents major quality of service problems in IEEE 802.11 networks. It analyzes unfairnes...
Abstract — With the provisioning of high-speed wireless LAN (WLAN) environments, traffic classes (e....
Abstract—Wireless LANs carry a mixture of traffic, with different delay and throughput requirements....
Various flexible mechanisms related to quality of service (QoS) provisioning have been specified for...
[[abstract]]In this paper, we propose a new per-CLAss Row fixed proportional differentiated service ...
The IETF is currently working on service differentiation for the Internet. However service different...
Running real time applications over wireless LANs is becoming common place. These applications requi...
This paper considers the problem of providing relative service differentiation in IEEE 802.11 Wirele...
Wireless LANs carry a mixture of traffic, with different delay and throughput requirements. The usua...
Abstract — The IEEE 802.11e draft specification aims to extend the original 802.11 MAC protocol by i...
This paper presents an analytical model for saturation throughput of IEEE 802.11 distributed coordin...
Abstract: The service differentiation and adaptation are the important mechanisms for enhancing the ...
Full text of this article is not available in SOARIn traditional computer networks, service differen...
National audienceOur paper explores the issue of how to provide appropriate quality of service mecha...
Abstract: Today’s networks, including WLANs, transport different classes of services. A service diff...
This paper presents major quality of service problems in IEEE 802.11 networks. It analyzes unfairnes...
Abstract — With the provisioning of high-speed wireless LAN (WLAN) environments, traffic classes (e....
Abstract—Wireless LANs carry a mixture of traffic, with different delay and throughput requirements....
Various flexible mechanisms related to quality of service (QoS) provisioning have been specified for...
[[abstract]]In this paper, we propose a new per-CLAss Row fixed proportional differentiated service ...