Coping with communication gray zones in IEEE 802.11b based ad hoc networks

Henrik Lundgren, Erik Nordström, C. Tschudin
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引用次数: 344

Abstract

Our experiments with IEEE 802.11b based wireless ad hoc networks show that neighbor sensing with broadcast messages introduces "communication gray zones": in such zones data messages cannot be exchanged although the HELLO messages indicate neighbor reachability. This leads to a systematic mismatch between the route state and the real world connectivity, resulting in disruptive behavior for multi-media data transfer over ad hoc routing protocols. Concentrating on AODV we explore this issue and evaluate three different techniques to overcome the gray zone problem. We present quantitative measurements of these improvements and discuss the consequences for ad hoc routing protocols and their implementations.
基于IEEE 802.11b的自组织网络中通信灰色地带的处理
我们对基于IEEE 802.11b的无线自组织网络的实验表明,使用广播消息感知邻居引入了“通信灰色地带”:在这些区域中,尽管HELLO消息表明邻居可达,但数据消息无法交换。这将导致路由状态和真实世界连接之间的系统不匹配,从而导致通过自组织路由协议进行多媒体数据传输的中断行为。我们以AODV为重点,探讨了这一问题,并评估了克服灰色地带问题的三种不同技术。我们给出了这些改进的定量测量,并讨论了对特设路由协议及其实现的影响。
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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