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Research on Present Situation and Influencing Factors of University RD Input-Output Performance Based on the Data Envelopment Analysis Method

机译:基于数据包络分析方法的大学R&D输入输出性能的现状与影响因素研究

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Although the scale of China's R&D investment can be said considerable in recent years, the R&D of universities in China is insufficient, therefore how to improve the comprehensive efficiency of R&D is of vital importance. In this article, the data envelopment analysis (DEA) method is implemented to calculate the 2009-2018 scientific and technological input-output of 58 universities in China. It is concluded that most universities are non-DEA-effective, we conduct research from the factors affecting scale efficiency and technical efficiency improvement. Based on the calculated results of the DEA method and the fixed basis ratio method, we conclude that the existing investment redundancy and insufficient people input in universities affect the improvement of R&D scale efficiency. In addition, by referring to the elastic theory formula in economics, we analyze the sensitivity of R&D output to input, and we find that the sensitivity analysis of output to input is ignored and the transformation method of scientific and technological achievements is simple, which affect the improvement of technical efficiency. Through the analysis of the influencing factors of university R&D input and output performance, we provide a reference for seeking ways to improve the comprehensive performance of R&D.
机译:虽然近年来中国研发投资的规模可观,但中国大学的研发不足,因此如何提高研发的综合效率至关重要。在本文中,实施了数据包络分析(DEA)方法,以计算中国58所大学的2009 - 2018年科技投入产出。结论是,大多数大学都是非脱节有效的,我们从影响规模效率和技术效率改进的因素进行研究。基于DEA方法的计算结果和固定基础比例的方法,我们得出结论,现有的投资冗余和大学人民投入的人口不足影响R&D稳定效率的提高。此外,通过参考经济学中的弹性理论公式,我们分析R&D输出的灵敏度,并发现输出对输入的灵敏度分析忽略,科技成果的转化方法很简单,这会影响技术效率的提高。通过分析大学研发输入和输出性能的影响因素,我们为寻求提高研发综合性能的方法提供了参考。

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