Systems-of-Systems and Digital Twins: A Survey and Analysis of the Current Knowledge

Thomas Olsson, J. Axelsson
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Abstract

Understanding the needs and constraints of systems in general and a system-of-systems in particular can be challenging, yet crucial. Relying only on upfront activities will not be sufficient. Important information can be gathered around the performance and behavior of the system as well as stakeholder needs in operation. A digital twin is a way to model and understand the operation of a system. To understand the challenges and enablers related to digital twins in a system-of-systems context, we performed a literature study. In total, only 10 papers were identified that explicitly address this topic, all from the last five years, indicating that this is an active field of research. The papers revealed that definitions and terminology are unclear and that similar challenges as for systems-of-systems also exist for systems-of-digital twins. The complexity and dynamic nature of systems-of-systems motivate further study of digital twins to understand needs and constraints. However, key challenges such as concepts and principles of digital twins for systems-of-systems, cost and benefits, and evolution needs to be better understood.
系统的系统和数字孪生:当前知识的调查与分析
一般来说,理解系统的需求和约束,特别是系统的系统,是具有挑战性的,但也是至关重要的。仅仅依靠前期活动是不够的。可以围绕系统的性能和行为以及涉众在操作中的需求收集重要信息。数字孪生是一种建模和理解系统运行的方法。为了理解在系统的系统环境中与数字孪生相关的挑战和推动因素,我们进行了文献研究。总的来说,只有10篇论文被确定明确地讨论了这个主题,全部来自过去的五年,这表明这是一个活跃的研究领域。这些论文揭示了定义和术语不明确,并且与系统的系统类似的挑战也存在于数字孪生系统中。系统的系统的复杂性和动态性促使进一步研究数字孪生,以了解需求和约束。然而,关键的挑战,如系统的系统的数字孪生的概念和原则,成本和收益,以及进化需要更好地理解。
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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