IEEE 802.11 Latency Modeling with Non-IEEE 802.11 Interfering Source - Wired/Wireless Internet Communications Access content directly
Conference Papers Year : 2019

IEEE 802.11 Latency Modeling with Non-IEEE 802.11 Interfering Source

Patrick Bosch
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  • PersonId : 995387
Steven Latré
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  • PersonId : 994050
Chris Blondia
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  • PersonId : 994077

Abstract

IEEE 802.11 network deployments are ubiquitous and provide connectivity to millions of users. Interference that originates from other technologies, like simple Radio Frequency (RF) equipment, severely degrades the performance of those networks. To effectively manage wireless networks, the interference needs to be modeled and predicted. The current state of the art models are insufficient to model performance correctly. In this letter, we describe the interference as an interrupted Poisson process and use a decomposition approach to predict the latency of an interfered client from the latency of a non-interfered client. This novel approach allows for fast and easy prediction of latency in an interfered network. The results show that our method gets as close as 6% of the real value.
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hal-02881751 , version 1 (26-06-2020)

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Patrick Bosch, Steven Latré, Chris Blondia. IEEE 802.11 Latency Modeling with Non-IEEE 802.11 Interfering Source. 17th International Conference on Wired/Wireless Internet Communication (WWIC), Jun 2019, Bologna, Italy. pp.40-50, ⟨10.1007/978-3-030-30523-9_4⟩. ⟨hal-02881751⟩
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