通过基于本体的框架将数据库集成到语义网中

D. Dou, P. LePendu, Shiwoong Kim, Peishen Qi
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引用次数: 68

摘要

为了实现语义Web,有必要使现有的数据库内容可用于新兴的语义Web应用程序,例如使用本体正式定义其数据语义的Web代理和服务。我们在设计和实现基于本体的系统OntoGrate方面的研究,解决了支持多个领域的人类专家交互集成结构和语义异构的信息的关键和具有挑战性的问题。数据库、知识库、万维网和新兴的语义网是一些资源,可伸缩集成对它们来说仍然是一个挑战。为了将数据库集成到语义Web中,我们使用语义Web本体来合并数据库模式。一种富有表现力的一阶本体语言Web-PDDL用于定义数据资源的结构、语义和映射。一个强大的推理引擎,OntoEngine,可以用于查询回答和数据翻译。在本文中,除了介绍OntoGrate系统的新思想外,我们还将详细介绍两个我们的系统运行良好的案例研究。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Integrating Databases into the Semantic Web through an Ontology-Based Framework
To realize the Semantic Web, it will be necessary to make existing database content available for emerging Semantic Web applications, such as web agents and services, which use ontologies to formally define the semantics of their data. Our research in the design and implementation of an ontology-based system, OntoGrate, addresses the critical and challenging problem of supporting human experts in multiple domains to interactively integrate information that is heterogenous in both structure and semantics. Databases, knowledge bases, the World Wide Web, and the emerging Semantic Web are some of the resources for which scalable integration remains a challenge. To integrate databases into the Semantic Web, we use Semantic Web ontologies to incorporate database schemas. An expressive first order ontology language, Web-PDDL, is used to define the structure, semantics, and mappings of data resources. A powerful inference engine, OntoEngine, can be used for query answering and data translation. In this paper, besides introducing new ideas in the OntoGrate system, we will elaborate on two case studies for which our system works well.
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