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Knowledge Transmission Channels from University to Industry : The Case of Korea

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The paper analyzes the transmission channels which university research influences industrial innovation in Korea. We categorize various knowledge transmission channels from university to industry into five groups: A(academic conferences), B(papers, reports, and patents), C(consulting, workshop, and networks), D(cooperative R&D and contract research),and E(joint venture, licenses, and spin-offs). We found that the important channels of knowledge flow between university and industry are more or less formal as well as more practical ones, notably Type D(cooperative R&D and contract research). However,informal channels such as Type C(consulting, workshop, and networks) and Type A(academic conferences) also may be influential on industrial innovation. Currently the Korean government, industry, and universities are likely to emphasize on Type E(joint venture,licenses, and spin-offs), which are reported as the least channel in importance in this study. In the future, it might be desirable to recognize the importance of other transmission channels such as academic papers, conferences, consulting, publications, and patents.

Abstract

The paper analyzes the transmission channels which university research influences industrial innovation in Korea. We categorize various knowledge transmission channels from university to industry into five groups: A(academic conferences), B(papers, reports, and patents), C(consulting, workshop, and networks), D(cooperative R&D and contract research),and E(joint venture, licenses, and spin-offs). We found that the important channels of knowledge flow between university and industry are more or less formal as well as more practical ones, notably Type D(cooperative R&D and contract research). However,informal channels such as Type C(consulting, workshop, and networks) and Type A(academic conferences) also may be influential on industrial innovation. Currently the Korean government, industry, and universities are likely to emphasize on Type E(joint venture,licenses, and spin-offs), which are reported as the least channel in importance in this study. In the future, it might be desirable to recognize the importance of other transmission channels such as academic papers, conferences, consulting, publications, and patents.

참고문헌 (27)

  1. Adams, J. D., "Fundamental Stocks of Knowledge and Productivity Growth", Journal of Political Economy, 98, pp.673~702 (1990)
  2. Beise, M., "Public Research and Industrial Innovations in Germany", Research Policy, 24, pp.397~422 (1999)
  3. The Evolution of Public Research Systems of Major Countries and Policy Recommendations for Korea, "Cho, H. D.", STEPI, ~ (2007)
  4. Cohen, W. M., "Links and Impacts: The Influences of Public Research on Industrial R&D", Management Science, 48, pp.1~23 (2002)
  5. Dasgupta, P, "Towards a New Economics of Science", Research Policy, 23, pp.487~521 (1994)
  6. Etzkowitz, H., "The Triple Helix: University-Industry-Government Innovation in Action" (2008), Routledge
  7. Jaffe, A., "Real Effects of Academic Research", American Economic Review, 79(5), pp.957~970 (1989)
  8. "KIPO(Korean Intellectual Property Office), Database", ~
  9. "KISTEP(Korea Institute of Science and Technology Evaluation Planning), Database", ~
  10. KISTEP, "Research Performance of Government R&D Programs", ~ (2010)
  11. Klevorick, A. K, "On the Sources and Significance of Inter-industry Differences in Technological Opportunities", Research Policy, 24, pp.195~205 (1995)
  12. Mansfield, E., "Academic Research and Industrial Innovation", Research Policy, 20, pp.1~12 (1991)
  13. Mansfield, E., "Academic Research and Industrial Innovation: A Further Note", Research Policy, 21, pp.295~296 (1992)
  14. Mansfield, E., "Academic Research and Industrial Innovation: An Update of Empirical Findings", Research Policy, 26, pp.773~776 (1998)
  15. Moon, H. S., "R&D Partnership in National Innovation System" (2005), STEPI
  16. Narin, F. K. S., "The Increasing Link between U. S. Technology and Public Science", Research Policy, 26, pp.317~330 (1997)
  17. Nelson, R. R., "Institutions Supporting Technical Advance in Industry", American Economic Review Proceedings, 76, pp.186~189 (1986)
  18. NRF(National Research Foundation), "University-Industry Cooperation White Book" (2009)
  19. Scotchmer, S, "Innovation Today: A Private-Public Partnership, In Innovation and Incentives" (2004), MIT Press
  20. Survey on Engineering Education Innovation, "SERI(Samsung Economic Research Institute)", ~ (2006)
  21. Stephan, P., "The Economics of Science", International Library of Critical Writing in Economics, 117, pp.3~39 (2000)
  22. Korean Innovation Survey, "STEPI", ~ (2008)
  23. Saito, H., "Influence of Public Research on Industrial R&D: Evidence from Japan", Presented at the 7th ASIALICS International Conference (2010)
  24. An Evaluation of Science and Technological Innovation policies in Korea, "Sung, T. K.", Ministry of Education, Science, and Technology, ~ (2007)
  25. Sung, T.K, "The Evolution of a Technological System : The case of CNC Machine Tools in Korea", Journal of Evolutionary Economics, 13(4), pp.435~460 (2003)
  26. Sung, T. K, "Network Effects, Technological Opportunity, and Innovation", Asian Journal of Technology and Innovation, 15, pp.91~108 (2007)
  27. von Hippel, E., "The Source of Innovation" (1988), Oxford University Press

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