应用IEEE 1278.1-2012概念支持工业应用中的数字孪生集成

Anna Florea, A. Lobov, T. Minav
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引用次数: 0

摘要

数字孪生是工业过程和系统性能新见解的来源,并使其能够使用尖端技术进行优化。解决方案供应商提供了各种用于数字孪生实现的工具。随着此类解决方案数量的增长,在大规模系统中集成和导航各种数字孪生的需求出现了。现代工业系统的复杂性需要一种方法,在这种方法中,集成过程将以一种有组织的方式发生,允许工程师做出明智的决策,并清楚地传达项目目标,并将其转化为实际的设计和解决方案。这项工作展示了调查分布式交互仿真(DIS)标准的概念、构建模块和工程过程的适用性的结果,以执行这些任务。它提供了一个用于数字孪生开发的两个仿真工具之间集成的示例,并说明了DIS如何与这样的开发过程保持一致。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Applying IEEE 1278.1-2012 Concepts to Support Integration of Digital Twins in Industrial Applications
Digital twins serve as a source of new insights about industrial processes and systems performance and enable the use of cutting-edge technologies for their optimization. Solution vendors offer a variety of tools for digital twin implementation. As the amount of such solutions grows, the need to integrate and navigate the variety of digital twins in large-scale systems arises. The complexity of modern industrial systems requires an approach, where the integration process will happen in an organized way, allowing engineers to make informed decisions and communicate clearly project goals and transfer them into actual design and solution.This work presents results from investigating the applicability of concepts, building blocks, and engineering processes for Distributed Interactive Simulation (DIS) standards to perform such tasks. It provides an example of integration between two simulation tools used for digital twin development and illustrates how DIS aligns with such a development process.
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