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A handheld diagnostic system for 6LoWPAN networks

机译:用于6LoWPAN网络的手持式诊断系统

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摘要

The successful deployment of low-power wireless sensor networks (WSNs) in real application environments is a much broader exercise than just the simple instrumentation of the intended monitoring site. Many problems, from node malfunctions to connectivity issues, may arise during commissioning of these networks. These need to be corrected on the spot, often within limited time, to avoid undesired delays in commissioning and yet a fully functional system does not guarantee that no new problems will occur after leaving the site. In this paper we present the first ever (to our knowledge) implementation of a handheld diagnostic system for fast on-site commissioning of low-power IPv6 (6LoWPAN) WSNs as well as troubleshooting of network problems during and after deployment. This system can be used where traditional solutions are insufficient to ascertain the root causes of any problems encountered at no additional complexity in the implementation of the WSN. The embedded diagnosis capability in our system is based on a lightweight decision tree that distills the functioning of communication protocols in use by the network, with a major focus on interoperable IPv6 standards and protocols for low-power WSNs. To show the applicability of our system, we present a set of experiments based on results from a real deployment in a large construction site. Through these experiments, important performance insights are gained that can be used as guidelines for improvement of operation and maintenance of 6LoWPAN networks.
机译:在实际应用环境中成功部署低功率无线传感器网络(WSN)不仅是对预期监视站点的简单检测,而且涉及范围更广。在调试这些网络期间,可能会出现从节点故障到连接性问题的许多问题。这些问题通常需要在有限的时间内在现场进行纠正,以避免不必要的调试延迟,但是功能齐全的系统不能保证离开现场后不会出现新的问题。在本文中,我们将介绍(据我们所知)手持诊断系统的第一个实施方案,该系统可用于快速低功耗IPv6(6LoWPAN)WSN的现场调试,以及在部署过程中和部署后对网络问题进行故障排除。在传统解决方案不足以确定WSN实施中没有任何额外复杂性的根本原因的情况下,可以使用此系统。我们系统中的嵌入式诊断功能基于轻量级决策树,该决策树提炼了网络使用的通信协议的功能,主要侧重于可互操作的IPv6标准和低功耗WSN的协议。为了展示我们系统的适用性,我们基于在大型建筑工地中实际部署的结果提出了一组实验。通过这些实验,可以获得重要的性能见解,可以用作改进6LoWPAN网络的操作和维护的准则。

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