Document Concept Hierarchy Generation by Extracting Semantic Tree Using Knowledge Graph

Sanjida Nasreen Tumpa, Muhammad Masroor Ali
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引用次数: 2

Abstract

Semantic Web, as an extension of traditional web, is concerned about the vast amount of unstructured data, and with its motive to make the entire knowledge content machine readable, as well as machine interpretable, all the processes of structuring the data is highly significant. Knowledge representation in trees has been a familiar mechanism for some time. However, such representations lack in existence when it comes to document content. In this paper, we present a general mechanism that can generate a representation of the concepts of any document in the form of knowledge trees. We further gather knowledge from knowledge graphs and analyze these data by mapping it with an existing ontology. Finally, we explain how this can be used to create hierarchical concept recommendations to make the documents search efficient.
利用知识图提取语义树生成文档概念层次
语义网作为传统Web的延伸,关注大量的非结构化数据,其目的是使整个知识内容具有机器可读性和机器可解释性,因此对数据进行结构化的所有过程都具有重要意义。一段时间以来,树的知识表示已经成为一种常见的机制。然而,当涉及到文档内容时,这种表示是不存在的。在本文中,我们提出了一种通用机制,可以以知识树的形式生成任何文档概念的表示。我们进一步从知识图中收集知识,并通过将这些数据映射到现有的本体来分析这些数据。最后,我们将解释如何使用它来创建分层概念推荐,从而提高文档搜索效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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