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Citation Count Prediction Using Non-technical Terms in Abstracts

机译:摘要中使用非技术性术语的引文计数预测

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Researchers are required to find previous literature which is related to their research and has a scientific impact efficiently from a large number of publications. The target problem of this paper is predicting the citation count of each scholarly paper, that is, the number of citations from other scholarly papers, as the scientific impact. The authors tried to detect the high and low of the citation count of scholarly papers using only their abstracts, especially, non-technical terms used in them. They conducted a classification of abstracts of scholarly papers with high and low citation counts, and applied the classification also to the abstracts modified by deleting technical terms from them. The results of their experiments indicate that the scientific impact of a scholarly paper can be detected from information which is written in its abstract and is not related to the trend of research topics. The classification accuracy for detecting scholarly papers with the top or bottom 1% citation counts was 0.93, and that using the abstracts without technical terms was 0.90.
机译:研究人员被要求从大量出版物中找到与他们的研究相关且具有科学影响力的先前文献。本文的目标问题是预测每篇学术论文的引用次数,即对其他学术论文的引用次数,以作为科学影响。作者试图仅使用摘要,尤其是其中使用的非技术术语,来检测学术论文被引用次数的高低。他们对高引用次数和低引用次数的学术论文摘要进行了分类,并将分类也应用于通过删除技术术语而修改的摘要。他们的实验结果表明,可以从摘要中写出的与研究主题的趋势无关的信息中检测出学术论文的科学影响。引用率最高或最低为1%的学术论文的分类准确度为0.93,使用不带技术术语的摘要的分类准确度为0.90。

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