基于系统动力学的南京规模以上工业企业创新网络绩效影响因素研究

Yibin Lu;Yexiang Fang
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引用次数: 0

摘要

本文基于系统动力学方法,从资本流动的角度模拟了企业、政府、科研机构和科技中介机构参与的协同创新网络的循环。模型分析结果表明,在影响因素中,创新成果数量是最复杂的变量,专利消除率的影响最为显著。研发项目数量对技术中介数量的正向影响最为敏感,且随着时间的推移,这种效应逐渐增强。同时,产业总资产受企业创新投资强度的正向影响,但这种影响存在3年左右的时滞。
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Research on Influencing Factors of Innovation Network Performance of Industrial Enterprises above Designated Size in Nanjing Based on System Dynamics
Based on the method of system dynamics, this paper simulates the cycle of collaborative innovation network, involving enterprises, government, research institutions, and science and technology intermediaries from the perspective of capital flow. The results of model analysis show that among the influencing factors, the number of innovation achievements is the most complex variable, and the influence of patent elimination rate is the most significant. The number of Research and Development (R&D) projects is most sensitive to the positive impact of the number of technology intermediaries, and with the passage of time, this kind of effect gradually increases. At the same time, the total industrial assets are positively affected by the intensity of enterprise innovation investment, but there is about three years delay in this effect.
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