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Key factors for design verification of industrial IoT sensor nodes

机译:工业物联网传感器节点设计验证的关键因素

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As the IoT continues to expand, we see a large interest in the use of distributed sensor nodes in the industrial space. However, many industrial applications fall into what is commonly referred to as "brownfield" applications, which require new hardware/software solutions to co-exist with existing solutions. In addition, many of these in situ solutions may be more than 20 to 30 years old. So how do you bring new technology to an already extant install base?First, we need to understand the nature of the current problem set being addressed. In the industrial space, we are frequently talking about the online monitoring of existing physical processes. These could range from monitoring the temperature of the content in a crude oil pipeline to monitoring the amount of chlorine in water as it leaves a water treatment facility. In the industrial space, they tend to focus on simplicity of installation and reliability of the sensor technology. In some cases, the state of the art may not have progressed very far; that is, the good old way of doing it may be good enough. In other applications, there may be a significant advance in the technologies that could result in a lower cost of ownership and better reliability.
机译:随着物联网的不断扩展,我们看到了在工业空间中使用分布式传感器节点的巨大兴趣。但是,许多工业应用属于通常所说的“棕地”应用,它们需要新的硬件/软件解决方案与现有解决方案共存。此外,许多这些原位解决方案可能已有20到30年的历史。那么,如何将新技术引入已经存在的安装基础?首先,我们需要了解当前要解决的问题的性质。在工业领域,我们经常谈论对现有物理过程的在线监控。这些范围可以从监视原油管道中的内容物温度到监视离开水处理设施时水中的氯含量。在工业领域,他们倾向于将重点放在安装的简便性和传感器技术的可靠性上。在某些情况下,现有技术可能还没有取得很大进展。也就是说,好的旧方法可能就足够了。在其他应用程序中,这些技术可能会取得重大进步,从而可以降低拥有成本并提高可靠性。

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