Semantic Keywords Extraction from Paper Abstract in the Domain of Educational Big Data to support Topic Clustering

Ali Arshad, Wanghu Chen, Yang Liu, Nauman Ali Khan
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Abstract

Keywords are the list of valuable words present in a paragraph, that help in quickly understanding the context of the paragraph. These keywords hold the generic and overall meaning of the paragraph. Extraction of valid and meaningful keywords from scientific documents became one of the hot topics for researchers. Such research not only facilitates better comprehension of articles but also explores the scientific manner of understanding big repositories of scientific documents. In this study, we propose Semantic keyword extraction by adding a new feature that includes domain-specific grammar rules and deduction of adjectives. Our algorithm incorporates frequencies of keywords that are appearing repeatedly. The proposed frame-work extracts the keywords from the scientific paper abstract to support topic clustering. Such topic clustering benefits the new researchers to easily and quickly find their research topic in the concerned field of educational big data. We have selected the educational big dataset that includes 1028 published research papers regarding education learning, education management, students’ information system, etc. For evaluating the results and performance of a Semantic Keyword Extractor, we have used a general dataset. The proposed keyword extractor gives a precision of 76.8% which outperforms other keywords extractors. In our research, our proposed framework classified scientific papers into 3 meaningful groups by using an unsupervised machine learning clustering technique called k-means.
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教育大数据领域论文摘要语义关键词提取支持主题聚类
关键词是段落中出现的有价值的单词列表,有助于快速理解段落的上下文。这些关键词包含了段落的一般意义和整体意义。从科技文献中提取有效、有意义的关键词成为科研人员研究的热点之一。这样的研究不仅有助于更好地理解文章,而且还探索了理解大型科学文献库的科学方式。在这项研究中,我们提出了语义关键字提取的新功能,包括特定领域的语法规则和形容词的演绎。我们的算法结合了重复出现的关键词的频率。提出的框架从科技论文摘要中提取关键词来支持主题聚类。这样的主题聚类有利于新研究者在教育大数据相关领域方便快捷地找到自己的研究课题。我们选择了教育大数据集,其中包括1028篇已发表的关于教育学习、教育管理、学生信息系统等方面的研究论文。为了评估语义关键字提取器的结果和性能,我们使用了一个通用数据集。提出的关键字提取器的准确率为76.8%,优于其他关键字提取器。在我们的研究中,我们提出的框架通过使用称为k-means的无监督机器学习聚类技术将科学论文分为3个有意义的组。
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