Modeling the Inheritance and Variation based on the Fractal for Techno-Innovation Network Structure: From Viewpoint of Integrating Time with Hierarchy

Jun-feng JIANG
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Abstract

Starting from space-time relationship, an evolution model for techno-innovation network structure integrating time process with hierarchical decomposition is constructed, in which a qualitative analysis of inheritance and variation characteristics of the network structure in different observing scales by utilizing variations in time scales is made, and the theory basis of techno-innovation network structure evolution is put out in methodology. The findings are as follows: 1) With variations in observing scale, either for the evolution or for the hierarchy of techno-innovation network structure, there is a relation to some degree of as one falls the other rises between inheritance and variation characteristics. 2) The connections between hierarchies of techno-innovation network structure are in essence relations between the individuals and the collectivity, which are indefinite relations, and the variation is always in existence. 3) The theoretical model can be built through analysis of time series data, which is achieved by adopting rescaled range analysis (R/S analysis).

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基于分形的技术创新网络结构的继承与变异建模——基于时间与层次相结合的视角
从时空关系出发,构建了时间过程与层次分解相结合的技术创新网络结构演化模型,利用时间尺度的变化定性分析了不同观测尺度下网络结构的遗传和变异特征,从方法论上提出了技术创新网络结构演化的理论基础。研究结果表明:1)随着观测尺度的变化,无论是技术创新网络结构的演化还是层次结构,遗传特征与变异特征之间都存在着一定程度的高低关系。(2)技术创新网络结构中各层级之间的联系,本质上是个体与集体之间的关系,这种关系是不确定的,并且总是存在变异。3)理论模型可以通过对时间序列数据的分析来建立,采用重标比例尺极差分析(R/S分析)来实现。
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