世界大学学术排名的趋势模型

F. Chang, L. Ouyang
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引用次数: 3

摘要

世界大学学术排名(ARWU)自2003年以来一直提供年度全球大学排名,是同类排名中最早的。ARWU利用六个指标来衡量大学的学术表现。自2004年以来,世界大学500强每年都是根据六个指标的线性组合排名的。本文使用自然对数回归模型(score - rank model)来表示2004 - 2016年每一年的得分变量和排名变量之间的关系。本文还提出了趋势模型,该模型采用两阶段过程建立;首先,建立两个参数(a t和b t在t年)之间的线性回归模型;其次,建立ARIMA模型,得到bt的值。趋势模型可用于预测某一特定排名的总分,或某一特定总分在未来几年的排名。利用2005 - 2015年高校排名数据对2016年中国高校500强综合得分进行预测的实证研究表明,趋势模型是有效的。将2016年的预测结果与实际排名结果进行对比,可以看到两条非常相似且几乎重叠的曲线。
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Trend Models on the Academic Ranking of World Universities
The Academic Ranking of World Universities (ARWU) has provided annual global rankings of universities since 2003, making it the earliest of its kind. ARWU draws on six indicators to measure the academic performance of universities. Top 500 universities are ranked each year since 2004 by linear combinations of the six indicators. This paper uses a natural log regression model, called the Score-Rank Model, to present the relationship between the score variable and the rank variable for each year from 2004 to 2016. This paper also presents the Trend Model, built by a two-stage process; first, a linear regression model between two parameters ( a t and b t in year t ) is established; and second, an ARIMA model is built to obtain the value of b t . The Trend Model can be used to forecast the overall score of a particular rank, or the rank of a specific overall score for future years. It is shown that the Trend Model is valid in an empirical study using ranking data from 2005 to 2015 to forecast the overall scores of the top 500 ranks in 2016. When comparing the forecast results with the real ranking outcomes of 2016 in a graph, it presents two very similar and almost overlapping curves.
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来源期刊
International Journal of Information and Management Sciences
International Journal of Information and Management Sciences Engineering-Industrial and Manufacturing Engineering
CiteScore
0.90
自引率
0.00%
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0
期刊介绍: - Information Management - Management Sciences - Operation Research - Decision Theory - System Theory - Statistics - Business Administration - Finance - Numerical computations - Statistical simulations - Decision support system - Expert system - Knowledge-based systems - Artificial intelligence
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