A new book type that combines lecture notes, a manual, and a proceeding from German Excellence University's original research Interdisciplinary format spanning different scientific fields You have free, unrestricted access to this book since it is open access.
- "We require a precise and standardized understanding regarding the basis, structure, and modes of aggregation and particularly the use of data and models within the production domain due to their increasing quantity and variety. As a foundation for information management, our goal is to investigate how to model data elements, static and dynamic relationships, as well as their physical resources in the IoP while adhering to all technical, scientific-ethical, and legal framework requirements. The employment of an appropriate collection of modeling approaches, transformations, and their integration with digital shadows is the primary answer to this problem. This chapter offers a thorough understanding of the pertinent concepts that make up a digital shadow, links them to their semantics as described by suitable metamodels, and discusses the data and models that make up a digital shadow in four use cases. We demonstrate a technique for generating digital shadows and describe how it relates to the life cycle of a product. These ideas serve as the building blocks for data and model sharing in digital shadows that are applicable to global production labs."
Editors:
A new book type that combines lecture notes, a manual, and a proceeding from German Excellence University's original research Interdisciplinary format spanning different scientific fields You have free, unrestricted access to this book since it is open access.
"We require a precise and standardized understanding regarding the basis, structure, and modes of aggregation and particularly the use of data and models within the production domain due to their increasing quantity and variety. As a foundation for information management, our goal is to investigate how to model data elements, static and dynamic relationships, as well as their physical resources in the IoP while adhering to all technical, scientific-ethical, and legal framework requirements. The employment of an appropriate collection of modeling approaches, transformations, and their integration with digital shadows is the primary answer to this problem. This chapter offers a thorough understanding of the pertinent concepts that make up a digital shadow, links them to their semantics as described by suitable metamodels, and discusses the data and models that make up a digital shadow in four use cases. We demonstrate a technique for generating digital shadows and describe how it relates to the life cycle of a product. These ideas serve as the building blocks for data and model sharing in digital shadows that are applicable to global production labs."
Part of the book series: Interdisciplinary Excellence Accelerator Series (IDEAS)
Source: Springer
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