基于系统动力学的重庆产业生态创新系统仿真与优化路径研究

Simulation and optimization of Chongqing Industrial Ecological Innovation System Based on system dynamics

摘要:

传统工业“高投入、高污染、低产出”粗放式的发展模式向绿色化、生态化和可持续的发展方式转变，迫切需求“区域产业生态创新系统”的构建。本文在对区域产业生态创新系统生态效率评价的基础上，以系统动力学为工具构建区域产业生态创新系统的仿真模型，对重庆产业生态创新系统的未来发展从企业行为、政府作为、研究机构、创新人才等四个方面进行仿真检验及预测，并探讨其创新资源综合配置的优化路径。

Abstract:

The extensive mode of "high input, high pollution and low output" of traditional industries to the green, ecological and sustainable development mode, urgently need for the construction of regional industrial ecological innovation system. This paper based on the eco efficiency evaluation of regional eco industrial innovation system , we creat the system dynamics as a tool building simulation model of the innovation system of regional industrial ecology, on the future development of Chongqing Industrial eco innovation system from enterprise behavior, government as, research institutions, a new talent etc. four aspects of simulation test and prediction, and to explore the optimal path of the innovation resources allocation.