Multifarious relation and reasoning rule of Domain-specific Ontology provided theory elements for learning navigation of Intelligent tutoring systems.
领域本体各种关联及其推理规则为智能化教学系统实现智能学习导航提供了理论依据。
By introducing ontology as domain knowledge base, every node in the net describes and stores resources according to its own rule, in a isomerous way.
引入本体作为领域知识基础，各站点以异构的方式，按照自己的方案来进行资源存储和描述。
This paper proposes an extensible mapping rule model to make up for the deficiency of conflict resolution only by mapping to global ontology in ontology-based XML data integration systems.
针对目前基于本体的XML数据集成系统中，仅仅通过映射到全局模式来进行冲突消解的不足，该文提出了一种可扩展的映射规则模型。
To improve its expressivity, the semantic web ontology language is extended by a rule-based system.
采用规则系统实现对语义网本体语言的扩展，以提高本体语言的表达能力。
To improve its expressivity, the semantic web ontology language is extended by a rule-based system.
采用规则系统实现对语义网本体语言的扩展，以提高本体语言的表达能力。
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