An XML Schema-based Semantic Data Integration

Dongkwang Kim, Karpjoo Jeong, Hyoseop Shin, Suntae Hwang
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引用次数: 11

Abstract

Cyber-infrastructures for scientific and engineering applications require integrating heterogeneous legacy data in different formats and from various domains. Such data integration raises challenging issues: (1) Support for multiple independently-managed schemas, (2) Ease of schema evolution, and (3) Simple schema mappings. In order to address these issues, we propose a novel approach to semantic integration of scientific data which uses XML schemas and RDF-based schema mappings. In this approach, XML schema allows scientists to manage data models intuitively and to use commodity XML DBMS tools. A simple RDF-based ontological representation scheme is used for only structural relations among independently-managed XML schemas from different institutes or domains. We present the design and implementation of a prototype system developed for the national cyber-environments for civil engineering research activities in Korea (similar to the NEES project in USA) which is called KOCEDgrid
基于XML模式的语义数据集成
科学和工程应用的网络基础设施需要集成不同格式和不同领域的异构遗留数据。这样的数据集成提出了一些具有挑战性的问题:(1)支持多个独立管理的模式;(2)模式演化的便利性;(3)简单的模式映射。为了解决这些问题,我们提出了一种使用XML模式和基于rdf的模式映射的科学数据语义集成的新方法。在这种方法中,XML模式允许科学家直观地管理数据模型并使用商品XML DBMS工具。基于rdf的简单本体表示方案仅用于来自不同机构或领域的独立管理的XML模式之间的结构关系。我们展示了为韩国土木工程研究活动的国家网络环境(类似于美国的NEES项目)开发的一个原型系统的设计和实现,该系统被称为KOCEDgrid
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