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Systematic Review of ASEE Conference Proceedings (2007-2016) with A Machine Learning Approach

机译:利用机器学习方法系统审查ASEE会议课程(2007 - 2016)

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摘要

This study explores the thematic structure of a large body of scholarly proceedings in Engineering Education. To this end, we first provide a mixed method that combines topic modeling, a machine learning methodology designed to extract the thematic structure of large data, with qualitative analysis of its results. Second, we identify the major topics among the engineering education studies, their trends over time, and the semantic similarities between topics that have similar trending patterns. Our dataset includes over 14,000 conference proceedings published between 2007 and 2016. Our analysis identified 26 topics that have been the focus of engineering education scholarly work, as approximated by the conference proceedings published in the American Society of Engineering Education. We report our results by providing insights on trending topics and their relationships.
机译:本研究探讨了工程教育中大量学术诉讼的主题结构。 为此,我们首先提供了一种混合方法,该方法结合了主题建模,机器学习方法旨在提取大数据的主题结构,具有定性分析其结果。 其次,我们确定了工程教育研究中的主要主题,其趋势随着时间的推移,以及具有类似趋势模式的主题之间的语义相似之处。 我们的数据集包括2007年至2016年之间发布的14,000多个会议诉讼程序。我们的分析确定了26个主题,这是工程教育学术工作的重点,大约在美国工程教育学会发表的会议诉讼。 我们通过提供有关趋势主题及其关系的见解来报告我们的结果。

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