交互式双向工程系统的设计方案

Julian Rahm, Markus Graube, L. Urbas
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引用次数: 3

摘要

在工业加工厂的生命周期中,会生成各种特定于领域的数据模型。随着时间的推移,所有这些模型都将由一组工程师独立更改。维护这些模型的一致性涉及到一个耗时且昂贵的手动过程。本文介绍了一种加工工业环境的交互式往返工程系统。系统使用互补的基于规则的转换语言来提供生成和同步过程。为此,提出了基于知识的系统和用户交互的交互概念。我们的目标是以高度自动化的方式在整个生命周期中建立一个一致的数字孪生体。这导致了一个可追溯的转换过程,确保了更多的并行设计阶段和有效的维护或重建数字工厂双胞胎。
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A proposal for an interactive roundtrip engineering system
During the life cycle of an industrial processing plant, a variety of domain specific data models are generated. All these models will be changed independently by a group of engineers over time. Maintaining the consistency of these models involves a time consuming and costly manual process. Here we introduce an interactive roundtrip engineering system for processing industry environments. The system use a complementary rule-based transformation language to provide generation and synchronisation processes. For this, an interactive concept is presented with a knowledge-based system and user interaction. The goal is to have a consistent digital twin of the plant through the whole life cycle in a highly automated manner. This leads to a traceable transformation process which ensures more parallel design phases and an efficient maintenance or reconstruction of the digital plant twin.
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