数字孪生工程

Souvik Barat, Aditya A. Paranjape
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引用次数: 1

摘要

环境的不确定性和超连通性迫使技术-社会经济系统反思并适应成功和生存。目前的实践主要是直觉驱动的,这与精确和严格的需求不一致。数字孪生的概念正在迅速成为一种实验辅助工具,以帮助:(i)理解为什么一个系统是这样的,(ii)为可能的异常情况做好准备;(iii)以有证据支持的方式确定减轻异常情况的合理解决方案。然而,它的有效使用仅限于物理和网络物理系统,这些系统受完善的法律管辖,并在相对静态或发展缓慢的环境中运行。本次研讨会汇集了来自世界不同领域和不同地区的领先研究人员和实践者,探讨在技术-社会经济系统中有效使用数字孪生技术所涉及的挑战,并交流旨在应对这些挑战的想法、概念和方法。
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Digital Twin Engineering
Environmental uncertainty and hyperconnectivity force techno-socio-economic systems to introspect and adapt to succeed and survive. The current practice is primarily intuition-driven, which is inconsistent with the need for precision and rigor. The concept of digital twins is rapidly emerging as an experimentation aid to help: (i) understand why a system is the way it is, (ii) prepare for possible outlier conditions; and (iii) identify plausible solutions for mitigating the outlier conditions in an evidence-backed manner. However, its effective use is limited to physical and cyber-physical systems that are governed by well-established laws and operate in environments that are relatively static or that evolve slowly. This workshop brings together leading researchers and practitioners from various fields and from different parts of the world to explore the challenges involved in effectively using digital twin technologies for techno-socio-economic systems, and to exchange ideas, concepts, approaches that aim to address those challenges.
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