XO-Mesh路径发现机制健全

R. Carrano, L. Magalhães
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引用次数: 0

摘要

XO-Mesh是由OLPC公司为其百美元的教育笔记本电脑开发的第二层自组织多跳无线网络。尽管基于IEEE 802.11s草案的早期版本,但这两个提案在过去三年的发展过程中在许多方面存在分歧。本文重点介绍OLPC引入的路径发现机制,它在许多方面与IEEE 802.11s中描述的机制——混合无线Mesh协议(HWMP)不同。我们特别感兴趣的是解释在现场(OLPC部署)和测试台上观察到的奇怪行为——即意想不到的多跳路径的形成。我们确认这种奇怪现象确实发生,并提出减少其影响的方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The XO-Mesh path discovery mechanism sanity
The XO-Mesh is a layer two ad hoc multlhop wireless network, developed by OLPC for its hundred-dollar educational laptop. Although based on an early version of the IEEE 802.11s draft, both proposals diverged in many aspects as they evolved in the last three years. This article focuses on the Path Discovery Mechanism introduced by OLPC, which differs from the mechanism described in the IEEE 802.11s — the Hybrid Wireless Mesh Protocol (HWMP) — in many aspects. We are particularly interested in explaining odd behaviors observed in the field (OLPC deployments) and test beds — namely the forming of unexpected multihop paths. We confirm that such oddities do occur and propose methods to reduce its effects.
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