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Analyzing the Semantic Relatedness of Paper Abstracts: An Application to the Educational Research Field

机译:分析论文摘要的语义相关性:在教育研究领域的应用

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Each domain, along with its knowledge base, changes over time and every timeframe is centered on specific topics that emerge from different ongoing research projects. As searching for relevant resources is a time-consuming process, the automatic extraction of the most important and relevant articles from a domain becomes essential in supporting researchers in their day-to-day activities. The proposed analysis extends other previous researches focused on extracting co-citations between the papers, with the purpose of comparing their overall importance within the domain from a semantic perspective. Our method focuses on the semantic analysis of paper abstracts by using Natural Language Processing (NLP) techniques such as Latent Semantic Analysis, Latent Dirichlet Allocation or specific ontology distances, i.e., Word Net. Moreover, the defined mechanisms are enforced on two different sub domains from the corpora generated around the keywords "e-learning" and "computer". Graph visual representations are used to highlight the keywords of each sub domain, links among concepts and between articles, as well as specific document similarity views, or scores reflecting the keyword-abstract overlaps. In the end, conclusions and future improvements are presented, emphasizing nevertheless the key elements of our research support framework.
机译:每个领域及其知识库随时间而变化,每个时区都以来自不同正在进行的研究项目的特定主题为中心。由于搜索相关资源是一个耗时的过程,因此从领域中自动提取最重要和最相关的文章对于支持研究人员的日常活动变得至关重要。提出的分析扩展了其他先前研究的重点,这些研究专注于提取论文之间的共引用,目的是从语义角度比较它们在领域中的整体重要性。我们的方法专注于通过使用自然语言处理(NLP)技术(例如潜在语义分析,潜在狄利克雷分配或特定本体距离,即Word Net)对论文摘要进行语义分析。此外,从围绕关键字“电子学习”和“计算机”生成的语料库,在两个不同的子域上强制执行定义的机制。图形视觉表示用于突出显示每个子域的关键字,概念之间以及文章之间的链接,以及特定的文档相似性视图或反映关键字抽象重叠的分数。最后,提出了结论和未来的改进,但仍强调了我们研究支持框架的关键要素。

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