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Building a Semantic Web System for Scientific Applications: An Engineering Approach

机译:构建用于科学应用的语义Web系统:一种工程方法

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This paper presents an engineering experience for building a Semantic Web compliant system for a scientific application - agricultural zoning. First, we define the concept of ontological cover and a set of relationships between such covers. These definitions, based on domain ontologies, can be used, for example, to support the discovery of services on the Web. Second, we propose a semantic acyclic restriction on ontologies which enables the efficient comparison of ontological covers. Third, we present different engineering solutions to build ontology views satisfying the acyclic restriction in a prototype. Our experimental results unveil some limitations of the current Semantic Web technology to handle large data volumes, and show that the combination of such technology with traditional data management techniques is an effective way to achieve highly functional and scalable solutions.
机译:本文介绍了为科学应用(农业分区)构建符合语义网的系统的工程经验。首先,我们定义本体覆盖的概念以及这些覆盖之间的一组关系。这些基于域本体的定义可用于,例如,支持在Web上发现服务。其次,我们提出了一种对本体的语义非循环限制,它可以对本体覆盖进行有效的比较。第三,我们提出了各种工程解决方案来构建满足原型中非循环约束的本体视图。我们的实验结果揭示了当前语义Web技术在处理大数据量方面的一些局限性,并表明将此类技术与传统数据管理技术相结合是实现功能强大且可扩展的解决方案的有效方法。

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