High-tech Knowledge Conversion Coupling System and Network Changes Based on Virtual Industrial Cluster Simulation

Abstract

Abstract:

Virtual Industrial Cluster (VIC) is a new industrial organization that emerges based on global information network. The paper establishes a high-tech knowledge conversion space-time coupling system for VIC, based on the relationships among knowledge network structure, market gap and subject behavior, to show three factors existing in the dynamic conversion coupling mechanism, i.e. integrant parts, operation process and conversion rules. And then, it derives Fokker-Planck equation for high-tech knowledge space-time coupling, supplies relative characteristic between control parameters and coupling system. From the steady-state solution and the transient solution, management methods and strategic countermeasures for VIC knowledge network space-time coupling are brought forward. It is proved that knowledge collaboration should optimize the current network structure, give attention to supply and demand ability of knowledge market and select the best entry time for knowledge transfer to improve VIC integrative competitive advantages.

Key words: Virtual Industrial Cluster (VIC), high-tech knowledge transfer, space-time coupling, network changes, simulation analysis

Shan Zidan, Gao Changyuan, Li Xiaowen. High-tech Knowledge Conversion Coupling System and Network Changes Based on Virtual Industrial Cluster Simulation[J]. , 2015, 27(9): 29-39.

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