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Combining domain and business ontologies in a modular construction method: EDF study case

机译:以模块化构造方法将领域和业务本体结合在一起:EDF研究案例

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Ontologies are seen by companies such as EDF1 as an answer to the data heterogeneity problem. However the design and management of consensual and complete ontologies in new and evolving domains remain important challenges that must be tackled for the widespread adoption of this notion. In this paper we present the approach we have developed to overcome these issues in the context of a data warehouse project with EDF concerning the electric mobility development. We first propose an incremental and modular design of ontologies. Then we suggest to formalize not only the domain knowledge as an ontology but also the business processes followed to exploit this knowledge. As a result, this method allows engineers to use the ontology as an interface for manipulating heterogeneous data as well as for reusing existing business processes. Finally we report the results and benefits of our approach for the project conducted with EDF.
机译:诸如EDF1之类的公司将本体视为解决数据异质性问题的答案。但是,在新的和不断发展的领域中共识和完整本体的设计和管理仍然是重要的挑战,必须广泛应对这一概念。在本文中,我们介绍了我们开发的用于克服这些问题的方法,该方法是在EDF涉及电动交通发展的数据仓库项目的背景下进行的。我们首先提出本体的增量和模块化设计。然后,我们建议不仅将领域知识形式化为本体,而且还应规范化利用该知识所遵循的业务流程。结果,这种方法允许工程师将本体用作处理异构数据以及重用现有业务流程的接口。最后,我们报告了使用EDF进行该项目的方法的结果和好处。

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