基于Logistic模型的创新生态系统的种群关系研究

Research on the Population Relationship of Innovation Ecosystem Based on Logistic Model

京津冀产业创新生态系统是京津冀协同发展的重要内容.从产业创新生态系统外部和内部两个角度对京津冀电子信息制造业创新生态系统进行剖析,一方面运用生态学理论构建京津冀电子信息制造业创新生态系统,借用Logistic模型分析京津冀区域电子信息制造业创新生态系统种群间的动态演化,协同效应初步显现;另一方面结合仿真方法模拟研究京津冀电子信息制造业创新生态系统内部各类种群之间的演化关系和演化规律.互惠共生是电子信息制造业创新生态系统演化的最佳关系模式.各创新主体之间不同的演化关系导致动态创新生态系统不同的演化方向,最终达到平衡状态,并提出相应对策建议.

The industrial innovation ecosystem of Beijing-Tianjin-Hebei is an important part of the coordinated development of Beijing-Tianjin-Hebei.Taking the electronic information manufacturing industry as an example,this paper analyses the innovation ecosystem of the electronic information manufacturing industry in Beijing-Tianjin-Hebei from both external and internal perspectives.On the one hand,the ecological theory is used to construct the innovation ecosystem of electronic information manufacturing industry,and the logistic model is used to analyze the dynamic evolution of regional electronic information manufacturing industry;On the other hand,the evolution of different populations in the innovation ecosystem of electronic information manufacturing industry is studied by simulation.Reciprocal symbiosis is the best relationship model for the evolution of innovative ecosystems.The different evolutionary relationships among the innovation subjects lead to different evolutionary directions,and finally reach the equilibrium state.