Assélé Kama Ariane, Primadhanty Audi, Choquet Rémy, Teodoro Douglas, Enders Frank, Duclos Catherine, Jaulent Marie-Christine
Université Pierre et Marie Curie, Paris, France.
Stud Health Technol Inform. 2012;180:38-42.
This paper describes an approach to build a Data Definition Ontology (DDO) in the context of full domain ontology integration with datasets in order to share and query clinical heterogeneous data repositories. We have adapted an existing semantic web tool (D2RQ) to implement a process that automatically generates the DDO from a database information model, thanks to reverse engineering and schema mapping approaches. This study has been performed in the context of the DebugIT European project (Detecting and Eliminating Bacteria UsinG Information Technology) that aims to control and monitor the bacterial growth via a semantic interoperability platform (IP). The evaluation of the process is based, first, on the accuracy of the produced DDO for different samples of database storage and second, by checking the congruency between the DDO and the D2RQ database mapping file.
本文描述了一种在全领域本体与数据集集成的背景下构建数据定义本体(DDO)的方法,以便共享和查询临床异构数据存储库。我们采用了现有的语义网工具(D2RQ)来实现一个过程,该过程借助逆向工程和模式映射方法,从数据库信息模型自动生成DDO。本研究是在欧洲DebugIT项目(利用信息技术检测和消除细菌)的背景下进行的,该项目旨在通过语义互操作性平台(IP)控制和监测细菌生长。对该过程的评估首先基于所生成的DDO对于不同数据库存储样本的准确性,其次通过检查DDO与D2RQ数据库映射文件之间的一致性。