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Integrated Ontologies in Support of Factory Systems Design

机译:支持工厂系统设计的集成本体

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摘要

Digital factory modelling based on virtual design and simulation has emerged as part of the mainstream activities geared towards reducing product design cycle. Some basic industrial systems are currently integrated via semantic modelling technologies so that products matching processes and resource requirements are integrated to fulfil customer demands. Despite these achievements, product design is still dependent on the knowledge of designers and do not benefit from existing process and resource knowledge, which are in separate domains. This paper therefore presents an integration method based on semantic technologies and PPR ontologies to enable the reuse of known and unknown knowledge. The method relies on the use of cloud manufacturing to improve the efficiency of responsesgenerated by querying the PPR ontology.
机译:基于虚拟设计和仿真的数字工厂建模已成为旨在缩短产品设计周期的主流活动的一部分。当前,一些基本的工业系统是通过语义建模技术进行集成的,因此,可以将符合流程和资源要求的产品进行集成,以满足客户的需求。尽管取得了这些成就,但是产品设计仍然依赖于设计者的知识,并且无法从位于不同领域的现有过程和资源知识中受益。因此,本文提出了一种基于语义技术和PPR本体的集成方法,可以重用已知和未知知识。该方法依靠使用云制造来提高通过查询PPR本体生成的响应的效率。

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