基于地质领域本体的元数据扩展模型

Ying Huang, Mingqiang Guo, Xiangang Luo, Zhong Xie
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引用次数: 0

摘要

现有的元数据建模技术不能满足地质领域知识概念表达、知识组织和元数据语义一致性的需要。本文引入本体理论,并将本体理论集成到地质领域元数据建模中。采用一阶逻辑等价算法,将元数据扩展模型定义为由地质术语集、地质术语定义集、属性定义集和实例集组成的四元数群。它还提供了每个集合的正式描述。最后给出了建立地质领域元数据扩展模型的五个步骤。结果表明,该模型不仅为地质领域知识表示和知识组织提供了内容标准,而且为地质领域多源数据和历史数据的语义一致性集成和应用提供了依据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Metadata Extended Model Based On Geological Domain Ontology
The current metadata modeling techniques can not meet the needs of knowledge conception expression, knowledge organization, and metadata semantic consistency in geological domain. This paper introduces ontology and integrates this theory to geological domain metadata modeling. It adopts the first order logic equivalent algorithm and defines the metadata extended model as a quaternion group which is consists of geological term set, geological term definition set, attribute definition set and instance set. It also provides the formal description of each set. Finally the five steps for building geological domain metadata extended model are given. The result presents that this model not only provides the content standards for geological domain knowledge representation and knowledge organization, but also provides the basis for geological domain multi-source data and historical data integration and application in semantic consistency.
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