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Including Domain-Specific Reasoners with Reusable Ontologies

机译:包括具有可重复使用的本体的特定于域特定的推理员

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In this paper, we extend the methodology for developing intelligent systems that promotes building knowledge bases by assembling reusable ontologies and knowledge base modules from online libraries to include associating domain-specific reasoners with reusable ontologies and incorporating such reasoners into an intelligent system as part of the knowledge assembly process. The methodology is based on an existing hybrid reasoning architecture that provides an API and functional specification for special-purpose reasoners. We illustrate the methodology by describing a reusable time ontology and an associated set of domain-specific reasoners for the vocabulary of relations defined in that ontology. The ontology is designed to support large-scale knowledge system applications by providing an easily understandable, flexible, formally defined, and effective means of representing knowledge about time and the standard components and properties of calendars. The domain-specific reasoners support "telling and "asking" operations for temporal ordering relations on time points and the Allen relations on time intervals.
机译:在本文中,我们通过组装来自在线库的可重复使用的本体和知识库模块来扩展开发智能系统的方法,该方法可以通过组装可重复使用的本体和知识库模块,包括将特定于域特定的装修员与可重复使用的本体相关联,并将此类装修员纳入智能系统中的一部分知识装配过程。该方法基于现有的混合推理架构,为专用资料提供API和功能规范。我们通过描述该本体中定义的关系的词汇表的可重复使用的时间本体和特定于域的特定于域的特定于域特定推理的方法。本体旨在通过提供易于理解的,灵活,正式定义的和有效手段来支持大规模知识系统应用,以表示关于时间的知识和日历的标准组件和属性。域特定的推理支持“告诉和”询问“时间点与时间间隔的时间点和艾伦关系的运行。

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