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Uncertainty Modeling Based on Bayesian Network in Ontology Mapping

机译:本体映射中基于贝叶斯网络的不确定性建模

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摘要

How to deal with uncertainty is crucial in exact concept mapping between ontologies. This paper presents a new framework on modeling uncertainty in ontologies based on bayesian networks (BN). In our approach, ontology Web language (OWL) is extended to add probabilistic markups for attaching probability information, the source and target ontologies (expressed by patulous OWL) are translated into bayesian networks (BNs), the mapping between the two ontologies can be digged out by constructing the conditional probability tables (CPTs) of the BN using a improved algorithm named I-IPFP based on iterative proportional fitting procedure (IPFP). The basic idea of this framework and algorithm are validated by positive results from computer experiments.
机译:如何处理不确定性对于本体之间精确的概念映射至关重要。本文提出了一种基于贝叶斯网络(BN)的本体不确定性建模的新框架。在我们的方法中,扩展了本体Web语言(OWL)以添加用于附加概率信息的概率标记,将源本体和目标本体(由扩展OWL表示)转换为贝叶斯网络(BN),可以挖掘两个本体之间的映射通过使用基于迭代比例拟合程序(IPFP)的改进算法I-IPFP构造BN的条件概率表(CPT)来解决。计算机实验的积极结果验证了该框架和算法的基本思想。

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