In this paper, we present a modular Layer 2 architecture which makes wireless access in {IEEE}~802.11 networks programmable and thus opens the door for broader range of enhancements. We show the power of the proposed architecture by presenting a number of innovative solutions for infrastructure, direct links and mesh cases. Early prototyping results are publicly available and can be used to develop solutions not so strictly bounded by legacy access rules, to quicker and more accurately meet evolving user demands.
Khorov, E., Krasilov, A., Safonov, A., Serrano, P., Tinnirello, I. (2013). Making IEEE 802.11 Wireless Access Programmable. In Proceedings of Future Network & Mobile Summit 2013.
Making IEEE 802.11 Wireless Access Programmable
TINNIRELLO, Ilenia
2013-01-01
Abstract
In this paper, we present a modular Layer 2 architecture which makes wireless access in {IEEE}~802.11 networks programmable and thus opens the door for broader range of enhancements. We show the power of the proposed architecture by presenting a number of innovative solutions for infrastructure, direct links and mesh cases. Early prototyping results are publicly available and can be used to develop solutions not so strictly bounded by legacy access rules, to quicker and more accurately meet evolving user demands.
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