Closed-Loop Systems Engineering (CLOSE): Integrating Experimentable Digital Twins with the Model-Driven Engineering Process.

M. D. Maio, George-Dimitrios Kapos, N. Klusmann, L. Atorf, Ulrich Dahmen, M. Schluse, J. Rossmann
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引用次数: 9

Abstract

A particular problem in the practical application of Model-Based Systems Engineering (MBSE) for the development of complex products is the effective integration of other engineering models. The Model-Driven Engineering Process (MDEP) addresses this by providing clearly defined insert points for domain models and simulation engines. In Closed-Loop Systems Engineering (CLOSE) Experimentable Digital Twins (EDTs) are integrated in the MDEP to realistically simulate how system functions would be executed by physical parts of the developed product. CLOSE thus can reduce the cycle times for analysis, design, development, optimisation, and some of the verification. This paper introduces the basic concept of CLOSE and illustrates its application with a case study.
闭环系统工程(CLOSE):集成可实验的数字孪生与模型驱动的工程过程。
基于模型的系统工程(MBSE)在复杂产品开发中的实际应用中的一个特殊问题是其他工程模型的有效集成。模型驱动工程过程(MDEP)通过为领域模型和仿真引擎提供明确定义的插入点来解决这个问题。在闭环系统工程(CLOSE)中,可实验数字双胞胎(edt)被集成到MDEP中,以真实地模拟系统功能如何由开发产品的物理部分执行。因此,CLOSE可以减少分析、设计、开发、优化和一些验证的周期时间。本文介绍了CLOSE的基本概念,并通过一个案例说明了CLOSE的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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