Measuring the interdisciplinary characteristics of Chinese research in library and information science based on knowledge elements

J. Zeng, Shujin Cao, Yijin Chen, Pei Pan, Yafang Cai
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引用次数: 2

Abstract

PurposeThis study analyzed the interdisciplinary characteristics of Chinese research studies in library and information science (LIS) measured by knowledge elements extracted through the Lexicon-LSTM model.Design/methodology/approachEight research themes were selected for experiment, with a large-scale (N = 11,625) dataset of research papers from the China National Knowledge Infrastructure (CNKI) database constructed. And it is complemented with multiple corpora. Knowledge elements were extracted through a Lexicon-LSTM model. A subject knowledge graph is constructed to support the searching and classification of knowledge elements. An interdisciplinary-weighted average citation index space was constructed for measuring the interdisciplinary characteristics and contributions based on knowledge elements.FindingsThe empirical research shows that the Lexicon-LSTM model has superiority in the accuracy of extracting knowledge elements. In the field of LIS, the interdisciplinary diversity indicator showed an upward trend from 2011 to 2021, while the disciplinary balance and difference indicators showed a downward trend. The knowledge elements of theory and methodology could be used to detect and measure the interdisciplinary characteristics and contributions.Originality/valueThe extraction of knowledge elements facilitates the discovery of semantic information embedded in academic papers. The knowledge elements were proved feasible for measuring the interdisciplinary characteristics and exploring the changes in the time sequence, which helps for overview the state of the arts and future development trend of the interdisciplinary of research theme in LIS.
基于知识要素的中国图书馆情报学研究跨学科特征测度
目的通过Lexicon-LSTM模型提取知识要素,分析中国图书馆情报学研究的跨学科特征。实验选取研究主题Design/methodology/approachEight,选取中国知网(CNKI)数据库的大型研究论文数据集(N = 11,625)进行实验。并辅以多种语料库。通过Lexicon-LSTM模型提取知识元素。构建学科知识图,支持知识元的搜索和分类。构建了跨学科加权平均引文索引空间,以衡量基于知识要素的跨学科特征和贡献。结果实证研究表明,Lexicon-LSTM模型在提取知识元的准确性上具有优势。2011 - 2021年,学科多样性指标呈上升趋势,学科平衡和差异指标呈下降趋势。理论和方法论的知识要素可以用来检测和衡量跨学科的特征和贡献。知识元素的提取有助于发现学术论文中嵌入的语义信息。证明了知识要素在衡量学科交叉特征和探究学科交叉时间序列变化方面的可行性,有助于概述学科研究主题学科交叉的现状和未来发展趋势。
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