Wireless LAN Access Point Modeling as a Queuing System
Iyad Al Khatib, Gerald Q. Maguire, Rassul Ayani, Daniel Forsgren
Abstract
Iyad Al Khatib, Gerald Q. Maguire, Rassul Ayani, Daniel Forsgren
Abstract
This paper presents a research study of wireless LAN access points for IEEE 802.11b, where we seek to model the access point as a queuing system. The model can be used to compare performance metrics of different wireless LAN access points and to investigate the QoS of specific applications in the presence of a wireless LAN access point. In this paper, we focus on two parameters: the delay introduced by a wireless LAN access point and the average service time required to serve a packet passing through an access point. A major result is an analytic solution for the average service time of a packet in relationship to payload.
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This paper presents a research study of wireless LAN access points for IEEE 802.11b, where we seek to model the access point as a queuing system. The model can be used to compare performance metrics of different wireless LAN access points and to investigate the QoS of specific applications in the presence of a wireless LAN access point. In this paper, we focus on two parameters: the delay introduced by a wireless LAN access point and the average service time required to serve a packet passing through an access point. A major result is an analytic solution for the average service time of a packet in relationship to payload.
Key concepts: Wireless LAN controller, Wireless distribution system, Computer network, Computer science, Wireless lan, Inter-Access Point Protocol, Wi-Fi array, IEEE 802.11e-2005