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A multi-layered ontology for comparing relationship semantics in conceptual models of databases

机译:用于在数据库概念模型中比较关系语义的多层本体

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摘要

Relationships are an integral part of the design of a database. Comparing and integrating relationships from heterogeneous databases requires that the relationships be mapped to each other or to a common classification. Identifying similarities and resolving differences in relationships across large data sources is a resource-intensive task that could benefit greatly from semi-automated approaches. A prerequisite to developing such approaches is a clear understanding of the semantics of relationships used in database design. This research presents a layered ontology for classifying the semantics of relationships. It consists of a core layer that captures the fundamental types of relationships between entities. A middle layer provides the internal context, obtained from entities surrounding the relationship, to interpret the fundamental types. The outer layer allows further interpretation using the external context, that is, the domain in which a relationship is being used. An initial assessment on relationships from a variety of application domains demonstrates that the ontology can be adequate and useful for comparing relationships across databases.
机译:关系是数据库设计不可或缺的一部分。比较和集成来自异构数据库的关系需要将这些关系相互映射或映射到通用分类。识别大型数据源之间的相似性和解决关系上的差异是一项资源密集型任务,可以从半自动化方法中受益匪浅。开发此类方法的先决条件是对数据库设计中使用的关系语义的清楚理解。这项研究提出了一种分层的本体,用于对关系的语义进行分类。它由一个核心层组成,该核心层捕获实体之间关系的基本类型。中间层提供内部上下文,该上下文是从关系周围的实体获得的,以解释基本类型。外层允许使用外部上下文(即使用关系的域)进行进一步解释。对来自各种应用程序域的关系的初步评估表明,该本体对于比较数据库之间的关系可能是足够且有用的。

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