网络物理系统和数字孪生在实践中-一个现实生活中的应用实例

Ulrich Dahmen, Marc Priggemeyer, Juergen Rossmann
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引用次数: 2

摘要

大约十年前,我们现在常说的第四次工业革命开始了。由于人们通常认为重大的技术变革需要大约20年才能完成,我们最多只完成了一半。尽管在这一领域取得了很多进展,但在许多地方仍然缺乏实际的实施实例。特别是那些自己并不积极研究这些概念的人,因此常常发现很难将它们转化为实践。因此,在本文中,我们想提出并探讨一个具体的例子,特别是在一个真实但可管理的实际项目的背景下,围绕数字孪生和网络物理系统的概念的应用。这个实践项目的内容是借助激光扫描仪和两个机械臂对材料样品进行半自动测量。特别注意使用现有的非联网组件,即所谓的遗留产品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cyber-Physical Systems and Digital Twins in Practice – A Real-Life Application Example
About ten years ago, what is now commonly referred to as the fourth industrial revolution started. Since it is often assumed that major technological transformations take about 20 years to complete, we are at most halfway through the process. And although a lot is happening in this area, there is still a lack of practical examples for implementation in many places. Especially those who are not actively doing research on the concepts themselves thus often find it difficult to transfer them into practice. In this paper, we therefore want to present and explore a concrete example for the application especially of the concepts around the digital twin and cyber-physical systems in the context of a real but manageable practical project. Content of this practical project is the semi-automated measurement of material samples with the help of a laser scanner and two robotic arms. Special attention is given to the aspect of using existing, non-networked components, so-called legacy products.
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