Author:
Michael Judith,Koren István,Dimitriadis Iraklis,Fulterer Judith,Gannouni Aymen,Heithoff Malte,Hermann Annkristin,Hornberg Katharina,Kröger Moritz,Sapel Patrick,Schäfer Niklas,Theissen-Lipp Johannes,Decker Stefan,Hopmann Christian,Jarke Matthias,Rumpe Bernhard,Schmitt Robert H.,Schuh Günther
Abstract
AbstractDue to their growing amount and heterogeneity, we need a precise and standardized understanding about the foundation, structure, and forms of aggregation and especially the use of data and models within the production domain. Our aim is to investigate how to model data elements and static and dynamic relationships as well as their physical resources in the IoP, in a cross-disciplinary life cycle spanning cooperation as a basis for information management, meeting all technical, scientific-ethical, and legal framework conditions. The core solution for this challenge is the use of an adequate set of modeling techniques, transformations, and their integration with digital shadows. This chapter provides a deep insight into relevant concepts that constitute a digital shadow, link it to their semantics defined by appropriate metamodels, and discuss the data and models a digital shadow consists of in four use cases. We show a method to derive digital shadows and introduce their life cycle in relation to the product life cycle. These concepts are the foundation for data and model sharing within digital shadows applicable for worldwide production labs.
Publisher
Springer International Publishing
Reference69 articles.
1. van der Aalst WM (2021) Concurrency and objects matter! Disentangling the fabric of real operational processes to create digital twins. In: International colloquium on theoretical aspects of computing. Springer, pp 3–17
2. Albertoni R, Browning D, Cox S, Beltran AG, Perego A, Winstanley P (2019) Data Catalog Vocabulary (DCAT)-Version 2. W3C Recommendation 3. Accessed: 30 Apr 2022
3. Bano D, Michael J, Rumpe B, Varga S, Weske M (2022) Process-aware digital twin cockpit synthesis from event logs. J Comput Lang (COLA) 70. https://doi.org/10.1016/j.cola.2022.101121
4. Bauernhansl T, Hartleif S, Felix T (2018) The Digital Shadow of production – a concept for the effective and efficient information supply in dynamic industrial environments. Proc CIRP 72:69–74
5. Becker F, Bibow P, Dalibor M, Gannouni A, Hahn V, Hopmann C, Jarke M, Koren I, Kröger M, Lipp J, Maibaum J, Michael J, Rumpe B, Sapel P, Schäfer N, Schmitz GJ, Schuh G, Wortmann A (2021) A conceptual model for digital shadows in industry and its application. In: Conceptual modeling, ER 2021. Springer, pp 271–281
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