Symbiosis Evolution of Regional Knowledge Innovation Ecosystem: The Relevance of Lotka–Volterra Model

Yi Su, Yuehan Yan, Chuanbin Liu
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Abstract

Knowledge innovation is the driving force and guarantee of regional development. Inspired by population ecology, this article uses symbiosis theory to explore the symbiotic relationship of subjects in the regional knowledge innovation ecosystem. The nonlinear Lotka–Volterra model is constructed with the main subjects to measure the knowledge innovation ability of knowledge innovation subjects. The symbiotic relationships among the knowledge innovation subjects in each region are identified. Taking Beijing, Shanghai, and Guangzhou as examples, a sensitivity analysis of the initial value and coopetition relationship is conducted. The results show that the initial value change has no significant effect on the development of knowledge innovation subjects. The interaction relationships among subjects directly affect the symbiotic evolution trend. The study extends the application scope of the symbiosis theory and develops a theoretical framework for the development of subjects in regional knowledge innovation ecosystem. It offers regions a reference to use Lotka–Volterra model adjusting the knowledge innovation structure in various regions.
地区知识创新生态系统的共生演化:洛特卡-沃尔特拉模型的相关性
知识创新是区域发展的动力和保障。受种群生态学的启发,本文运用共生理论探讨区域知识创新生态系统中各主体的共生关系。以主体为单位构建非线性洛特卡-伏特拉模型,衡量知识创新主体的知识创新能力。确定了各地区知识创新主体之间的共生关系。以北京、上海和广州为例,对初始值和共生关系进行了敏感性分析。结果表明,初始值变化对知识创新主体的发展没有显著影响。主体间的互动关系直接影响共生演化趋势。该研究拓展了共生理论的应用范围,构建了区域知识创新生态系统主体发展的理论框架。为各地区利用洛特卡-伏特拉模型调整知识创新结构提供了参考。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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