产业创新系统的协调发展研究——基于二象对偶理论与系统演化的视角

Research on Coordinated Development of Industrial Innovation System ——Based on the Perspective of Er-Xiang Dual Theory and System Evolution

基于产业创新系统的时空演化特征,运用二象对偶理论将产业创新系统视为由状态子系统和过程子系统二象子系统构成的具备完全时空意义的动态系统。其中,前者是客观实在的物质子系统,后者则是由该物质子系统所映射的属性构成的虚像子系统。从这一新视角,研究产业创新系统演化的本质,重新界定产业创新系统协调发展的内涵,并构建产业创新系统二象子系统之间协调发展的评价模型。

Based on the characteristics of temporal and spatial evolution of industrial innovation system, use Er-Xiang dual theory to regard industrial innovation system as the dynamic system with complete temporal and spatial significance composed of the state sub- system and process subsystem, the former is objective material sub-system, the latter is virtual image subsystem composed of the mapped attributes from this material sub-system. From this new perspective, it researches the nature of the evolution of industrial innovation sys- tem, redefines the meaning of coordinated development of industrial innovation system, and builds an evaluation model of coordinated development between Er-Xiang subsystems of industrial innovation system.