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Fundamental ideas and mathematical basis of ontology learning algorithm

机译:本体学习算法的基本思路和数学依据

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摘要

As a data utility and aided tool, ontology has been widely used in many areas of the computer. Owing to its great efficiency, ontologies have also been introduced into various engineering disciplines. In this paper, we present the fundamental ideas of how to deal with similarity measuring problem in ontology learning algorithms. The mathematical basis of ontology learning algorithms is also introduced from a statistical learning theory point of view. Finally, we present two ontology learning algorithms in multi-dividing setting and ontology sparse vector learning setting, respectively.
机译:作为数据实用程序和辅助工具,本体已广泛应用于计算机的许多领域。 由于其卓越的效率,也被引入了各种工程学科的本体。 在本文中,我们介绍了如何处理本体学习算法中的相似性测量问题的基本思路。 本体学习算法的数学基础也是从统计学习理论的角度引入的。 最后,我们分别在多分隔设置和本体稀疏向量学习设置中提出了两个本体学习算法。

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