学术文章的知识感知层次分类

Mehwish Alam, Russa Biswas, Yiyi Chen, D. Dessí, Genet Asefa Gesese, Fabian Hoppe, Harald Sack
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引用次数: 4

摘要

每天在不同领域发表的大量学术文章使得专家很难组织和更新特定领域的新研究。本研究概述了一种新的方法,HierClasSArt,用于将数学学术文章的知识感知分层分类到预定义的分类法中。该方法将神经网络和知识图谱相结合,以更好地表示文档和元数据信息。本立场文件进一步讨论了关于在管道中合并新文章和不断发展的层次结构的开放问题。数学领域被用作一个用例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
HierClasSArt: Knowledge-Aware Hierarchical Classification of Scholarly Articles
A huge number of scholarly articles published every day in different domains makes it hard for the experts to organize and stay updated with the new research in a particular domain. This study gives an overview of a new approach, HierClasSArt, for knowledge aware hierarchical classification of the scholarly articles for mathematics into a predefined taxonomy. The method uses combination of neural networks and Knowledge Graphs for better document representation along with the meta-data information. This position paper further discusses the open problems about incorporation of new articles and evolving hierarchies in the pipeline. Mathematics domain has been used as a use-case.
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