提出一种语义贴近度算法，并通过定量计算获得不同本体的语义贴近度，提供了面向本体应用的决策依据；
Described in detail the algorithms of semantic proximity, and calculated the semantic proximity of different ontology to offer decision-making basis that ontology uses.
最后，根据可分层术语集合的特性，证明了循环不动点理论在本体知识库下可用于计算可分层术语集合的语义模型。
Finally, this thesis proves that the recursion fixed point theory can also be used for the semantic model computation of a stratified TBox in ontology knowledge base.
针对当前本体搜索中存在的问题，提出了一种通过拆分概念来获取语义关键词进而通过计算权值来获得一组本体特征指数的方法。
The method of unfolding concepts of ontology to get a set of keywords with semantics and then computing the weight-value of the keywords to acquire the ontology index is proposed in this paper.
该文分析和量化了影响本体语义相似度的各种因素，并提出了一种基于距离的概念语义相似度计算模型。
In this paper, factors that affect ontological semantic similarity are analyzed and quantified, and a distance-based semantic similarity calculation model for concepts is proposed.
融合通用本体、领域本体和领域知识文本，构造了支持语义计算求解某一银行QA问题的知识库。
The world ontology, domain ontology and domain knowledge text are fused to make up the knowledge base for semantic computation, and thus to drive a specific bank QA system.
通过分析两种传统的语义相似度计算方法，对它们存在的问题进行改进，提出了一种综合的基于本体的概念语义相似度计算方法。
By analyzing two traditional semantic similarity computation methods and modifying the problems in them, this paper puts forward a compositive method based on ontology.
而且使用基于本体的短文本分类方法，无须训练样本，可以通过本体获得语义信息并结合相似性计算来实现对短文本的自动分类。
Without training samples when using this method, we can get semantic information of ontology and combine the similarity calculations to achieve the short-text classification.
利用语义网本体技术，探讨论文本体的构建和论文相似度的计算。
Semantic and ontology technology is utilized to discuss the build of paper ontology and calculation of paper similarity, which …
细胞周期本体论通过语义网技术成为可能，并可以通过网络访问用于浏览、可视化、高级查询及计算推理。
Cell Cycle Ontology is enabled by semantic web technologies, and is accessible via the web for browsing, visualizing, advanced querying, and computational reasoning.
细胞周期本体论通过语义网技术成为可能，并可以通过网络访问用于浏览、可视化、高级查询及计算推理。
Cell Cycle Ontology is enabled by semantic web technologies, and is accessible via the web for browsing, visualizing, advanced querying, and computational reasoning.
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