Weiran Zhang

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School of Business Administration, South China University of Technology, Guangzhou, China.
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Abstract: The construction of regional STI platform is a significant carrier for cultivating and developing strategic emerging industries, and the synergistic coupling between the layout of such construction and industrial development’s stage and demands is the prerequisite and basis for realizing industry support of STI platform. From both the width and intensity of the synergistic coupling, this paper constructs the synergetic relationship measure model, and verifies its effectiveness and feasibility through the example of Guangdong Province. The survey finds that in the synergetic relationship between them in Guangdong, there are large regional differences, embodied in four types: platform- driven, industrial spillover, synchronous development and benign interaction, and the width and intensity of the synergistic coupling is relatively low while a benign interaction coupling mechanism has not yet been formed. This study provides a scientific basis for effectively measuring the degree of the synergistic coupling between regional STI platform and industries, and optimizing the layout of STI platform construction.

Keywords: Sci-Tech Innovation Platform, Strategic Emerging Industries, Synergistic Coupling

Cite this paper: Zhang, W. (2018) An Empirical Study on the Synergic Relationship between the Regional Sci-Tech Innovation Platform and the Development of Strategic Emerging Industries. American Journal of Industrial and Business Management, 8, 747-759. doi: 10.4236/ajibm.2018.83051.

References

[1]   Wang, L.F. and Fu, Y.L. (2013) Research on the Allocation of Scientific and Technological Resources in the Development of High-Tech Industries. Scientific Research Management, 2, 152-160.

[2]   He, Y.T. and Yuan, W. (2010) The Relationship between the Construction of Technological Innovation Service Platform and the Cultivation and Development of Strategic Emerging Industries. China University Science and Technology and Industrialization, 7, 64-66.

[3]   Li, Z., Wang, X. and Mou, R. (2012) Research on the Construction of Technology Innovation Service Platform for China’s Key Industries. Science and Technology Management, No. 3, 33-38.

[4]   Nelson, R.R. (1995) Recent Evolutionary Theorizing about Economic Change. Journal of Economic Literature, 18, 48-90.

[5]   Yue, Z.G. (2014) Research on the Collaborative Development of Technology Chain and Industrial Chain in Strategic Emerging Industries. Science and Technology Management, 2, 154-161.

[6]   Huang, R.C. and Yang, X.J. (2014) Analysis on the Co-Evolution of Emerging Technologies and Emerging Industries. Technological Progress and Countermeasures, 3, 72-78.

[7]   Wang, X.T. and Hu, S.H. (2007) Construction of an Industrial Technology Innovation Platform for Independent Development. Science and Technology Management, 2, 103-106.

[8]   Zheng, X.B. and Lu, L.J. (2011) Research on Regional Innovation Platform under the Perspective of Industrial Cluster Transformation and Upgrading. Science and Technology Management, 8, 65-70, 106.

[9]   Wang, S.Y., Huo, G.Q., Sun, H. and Yang, Y. (2014) Research on the Life Cycle and Evolution of Strategic Emerging Industries—A Case Study Based on the Backtracking of British and American Leading Industries. Scientific Research, 11, 1630-1638.

[10]   Wang, Y.C. and Wang, Q.Z. (1999) A New Definition of Coupling Degree and Its Application. Journal of Huaqiao University (Natural Science Edition), 3, 59-63.

[11]   Song, D. (2015) Coupling Effect of Technological Innovation and Strategic Emerging Industries. Technical Economics and Management Research, No. 5, 121-124.

[12]   Lu, Y. and Di, Z. (2013) Research on the Coupling Development of Regional Technological Innovation and Strategic Emerging Industries. Industrial Technology Economy, 10, 90-100.

[13]   Wu, D., Cao, L. and Chen, L. (1990) Principles and Application of Collaborative Learning. Huazhong University of Science and Technology press, Wuhan.

[14]   Liu, N., Wang, X. and Han, H. (2015) Research on the Spatial and Spatial Characteristics and Driving Mechanism of the Collaborative Coupling between Science and Technology Innovation and High-Tech Industry Innovation. Science and Technology Management, 10, 59-70.

[15]   Fan, B., Zhang, W. and He, J. (2013) Research on the Connotation and Measurement of the Coordinated Development of Economic and Social Development in China. Statistical Research, No. 7, 3-8.

[16]   Hao, S., Yu, B. and Wu, W. (2009) Evaluation of the Coupling Degree of Enterprise Network Capability and Technical Ability. Scientific Research, No. 2, 250-254.

[17]   Wang, L. and Liu, J. (2010) Construction and Application of Performance Evaluation Index System of University Science and Technology Innovation Platform. Science and Technology Management, No. 2, 110-112 + 123.

[18]   Su, Y. (2013) Research on Theoretical Analysis of Collaborative Innovation Based on System Science. Scientific Research Management, 34, 140-144.

[19]   Wang, B. and Tan, Q. (2013) Evaluation Index System of Industrial Innovation Platform and Its Weight Setting Research. Science and Technology Management, 12, 63-68.

[20]   Lu, W., guan, X. and huang, R. (2013) Coordinated Development of Technological Innovation and Strategic Emerging Industries. Technical Economy, 7, 13-17 + 89.

[21]   Ren, S. (2014) Research on Regional Differences in Technological Innovation Capability of Enterprises Based on Entropy Method. Statistics and Decision, 16, 178-181.