Fast pre-authentication based on proactive key distribution for 802.11 infrastructure networks

M. Kassab, A. Belghith, J. Bonnin, Sahbi Sassi
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引用次数: 85

Abstract

Recently, user mobility in wireless data networks is increasing because of the popularity of portable devices and the desire for voice and multimedia applications. These applications, however, require fast handoffs among base stations to maintain the quality of the connections. Re-authentication during handoff procedures causes a long handoff latency which affects the flow and service quality especially for multimedia applications. Therefore minimizing re-authentication latency is crucial in order to support real-time multimedia applications on public wireless IP networks.In this paper, we proposed two fast re-authentication methods based on the predictive authentication mechanism defined by IEEE 802.11i security group. We have implemented these methods in an experimental test-bed using freeware and commodity 802.11 hardware and we demonstrate that they provide significant latency reductions compared to already proposed solutions. Conducted measurements show a very low latency not exceeding 50 ms under extreme congested network conditions.
基于主动密钥分发的802.11基础设施网络快速预认证
最近,由于便携式设备的普及以及对语音和多媒体应用的需求,无线数据网络中的用户移动性正在增加。然而,这些应用程序需要在基站之间快速切换,以保持连接的质量。在切换过程中进行重新认证会导致较长的切换延迟,从而影响业务流程和服务质量,尤其是对于多媒体应用。因此,为了支持公共无线IP网络上的实时多媒体应用,最小化重新认证延迟是至关重要的。本文基于IEEE 802.11i安全组定义的预测认证机制,提出了两种快速重认证方法。我们已经在使用免费软件和商用802.11硬件的实验测试平台上实现了这些方法,并证明与已经提出的解决方案相比,它们提供了显着的延迟减少。进行的测量显示,在极端拥塞的网络条件下,延迟非常低,不超过50毫秒。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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