Authors: Kostas Katsalis, Kostas Choumas, Thanasis Korakis and Leandros Tasssiulas

Conference:  IEEE Symposium on Computers and Communications (ISCC) 2015, Larnaca, Cyprus, 06 - 09 July 2015

Abstract: In this work, we present how programmable dataplane technology (software routers) offers an easy-to-apply mechanism to create virtual wireless networks and support buffering and scheduling decisions. Furthermore, we present a feedbackbased buffering mechanism that is able to provide throughput ratio guarantees per virtual network, without requiring any modifications in the 802.11 driver and without relying on statistical knowledge of the workload per virtual network or knowledge regarding the channel conditions. We implement the proposed mechanism in a software router in a 802.11 Access Point and we evaluate its performance in a wireless testbed environment. The methodology and the mechanics developed are generic and with some modifications can be applied to differentiating services for other types of guarantees like delay.

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