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Network Management of Critical Wireless Systems

机译:关键无线系统的网络管理

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With increasing reliance on wireless networks for process control, the question has arisen of how can these be monitored and maintenance proactively scheduled. The benefits of wireless communications have been proven through hundreds of thousands of applications in water/wastewater, oil and gas, and manufacturing, to name a few. Traditionally, once the network was installed, it was forgotten until a problem occurred. Wireless manufacturers' recommendations of regularly scheduled maintenance traditionally involved significant labor and hours of driving only to discover no faults, or trends too small to be indicative. As IT and other technical professionals have been using software tools to monitor copper networks for years, now software is available to do this automatically and conveniently for wireless networks. This paper will discuss the importance of network management on critical wireless systems that are relied on by large industrial facilities to supply drinking water to families, electricity to households and fuels for heating and transportation.
机译:随着越来越多地依赖无线网络进行过程控制,出现了一个问题,即如何对其进行监视和主动安排维护。无线通信的好处已经在水/废水,石油和天然气以及制造业等数十万个应用中得到了证明。传统上,一旦安装了网络,就将其忘记,直到出现问题为止。传统上,无线制造商对定期维护的建议涉及大量的劳动和大量的驾驶时间,而这只会发现没有故障,或者趋势太小而无法指示。由于IT和其他技术专业人员多年来一直使用软件工具监视铜缆网络,因此现在可以使用软件来自动,方便地对无线网络进行监视。本文将讨论在大型工业设施所依赖的关键无线系统上网络管理的重要性,这些系统可为家庭提供饮用水,为家庭提供电力以及供暖和运输的燃料。

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