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An approach to process geometric and semantic information as open graph-based description using a microservice architecture on the example of structural data

机译:一种方法来处理几何和语义信息,作为基于开放图的基于图形的描述,在结构数据的示例上使用微服务架构

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The advancing digitalization in the building industry highlights weak points in the digital infrastructure. Due to heterogeneous software landscapes, cross-application data exchange, in particular, is a frequently criticized process for which no satisfying solution exists, so far. To overcome interoperability difficulties, open and application-independent data formats are necessary and the communication between software applications needs to be standardized. For the first aspect, the current research project SCOPE investigates the extent to which Semantic Web can be used as an alternative to conventional approaches. The ontologies developed and applied in the research project focus on geometry descriptions, the linking of geometric and non-geometric contents and the abstract description of building products. The second, overarching aspect is addressed by defining an underlying architecture. Hence, a microservice structure is proposed that allows the data to be extended and enriched with the help of the aforementioned ontologies.
机译:建筑业的推进数字化突出了数字基础设施的弱点。由于异质软件景观,跨应用数据交换,特别是频繁的批评过程,目前没有满足的解决方案。为了克服互操作性困难,需要打开和应用独立的数据格式,并且需要标准化软件应用程序之间的通信。对于第一方面,目前的研究项目范围研究了语义网可以用作传统方法的替代程度的程度。在研究项目中开发和应用的本体研究专注于几何描述,是几何和非几何内容的连接和建筑产品的抽象描述。通过定义底层体系结构来解决第二个统称方面。因此,提出了一种微服务结构,其允许在上述本体的帮助下延伸和富集数据。

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