Resource space model, OWL and database: Mapping and integration
Resource space model, OWL and database: Mapping and integration
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DOI：
10.1145/1391949.1391954
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发表时间：
2008-09
期刊：
影响因子：
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通讯作者：
H. Zhuge;Yunpeng Xing;Peng Shi
中科院分区：
文献类型：
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作者：
H. Zhuge;Yunpeng Xing;Peng Shi
语义在现实世界、心理抽象世界、文档世界和机器世界中表现出多样性。研究不同形式语义之间的映射关系有助于揭示多样性中的一致性。本文研究了三种典型语义模型之间的映射：Web本体语言（OWL）、关系数据库模型和资源空间模型（基于分类的语义模型）。通过建立三种模型语义原语之间的映射关系，研究OWL描述到资源空间的映射关系，分析生成的资源空间的范式。然后讨论从资源空间到OWL描述的映射。进一步研究了OWL描述与关系数据库、关系数据库与资源空间的映射关系。分析了生成的关系表的标准形式。为了支持未来Web上的高级应用程序，我们建议将资源空间、OWL和数据库集成在一起，形成一个强大的语义平台，使不同的语义模型能够相互增强。
Semantics exhibits diversity in the real world, mental abstraction world, document world, and machine world. Studying mappings between different forms of semantics helps unveil the uniformity in the diversity. This article investigates the mappings between three typical semantic models: the Web ontology language (OWL), relational database model, and resource space model (a classification-based semantic model). By establishing mappings between the semantic primitives of the three models, we study the mapping from OWL description onto resource space and analyze the normal forms of the generated resource space. Mapping back from resource space onto OWL description is then discussed. Further, we investigate the mapping between OWL description and relational database, as well as the mapping between relational database and resource space. Normal forms of the generated relational tables are analyzed. To support advanced applications on the future Web, we suggest integrating the resource space, OWL, and databases to form a powerful semantic platform that enables different semantic models to enhance each other.