The Mechanism Study of the Impact of ICT on Chinese National Innovation System

Abstract

Abstract:

This paper measures the production and technology influence of ICT on other sectors. ICT manufacturing sector has shown strong impetus to other sectors while the driving force of the economy to ICT has weakened significantly since 2010. Most R&D spillover has flowed to equipment manufacturing while the spillover and merging between ICT and traditional sectors still need promotion. It does not show strong influence or sensitivity of ICT service sector. It is significant to promote the merging of ICT and other sectors to realize the ICT's potential of information infrastructure and general purpose industry for industry informatization, industrial upgrading and national innovation capacity improvement.

Key words: ICT, National Innovation System, technology spillover, I-O method

Chen Zifeng, Guan Jiancheng, Lou Xuming, Xie Fengjie. The Mechanism Study of the Impact of ICT on Chinese National Innovation System[J]. , 2016, 28(7): 85-92.

References

[1] OECD.National Innovation Systems[M].Paris:OECD Publications,1997
[2] Chen Z.F.,Guan J.C.Patent Collaboration and International Knowledge Flow[J].Information Processing and Management,2012,48(1):170-181
[3] Ponomariov B.,Toivanen H.Knowledge Flows and Bases in Emerging Economy Innovation Systems:Brazilian Research 2005-2009[J].Research Policy,2014,43(3):588-596
[4] Autant-Bernard C.,Fadairo M.,Massard N..Knowledge Diffusion and Innovation Policies within the European Regions:Challenges Based on Recent Empirical Evidence[J].Research Policy,2013,42(1):196-210
[5] Khuong M.Vu.ICT as A Source of Economic Growth in The Information Age:Empirical Evidence from the 1996-2005 Period[J].Telecommunications Policy,2011,20(2):357-372
[6] Schwab K.,World Economic Forum.The Global Competitiveness Report 2013-2014[R].Geneva:World Economic Forum within the Framework of the Global Competitiveness and Benchmarking Network,2013
[7] Johnson D.K.N.,Lybecker K.M.Does Distance Matter Less Now? The Changing Role of Geography in Biotechnology Innovation[J].Review of Industrial Organization,2012,40(3):21-35
[8] Leung R.C.Networks as Sponges:International Collaboration for Developing Nanomedicine in China[J].Research Policy,2013,42(1):211-219
[9] Cardona M.,Kretschmer T.,Strobel T.ICT and Productivity:Conclusions from the Empirical Literature[J].Information Economics and Policy,2013,25(4):109-125
[10] OECD.Supporting Investment in Knowledge Capital,Growth and Innovation[M].Paris:OECD Publications,2013
[11] Corrado C,Haltiwanger J.,Sichel D.(eds),Measuring Capital in a New Economy[M].Chicago:National Bureau of Economic Research and University of Chicago Press,2005
[12] Carlsson B.,Jacobsson S.,Holmen M.,Rickne A.Innovation Systems:Analytical and Methodological Issues[J].Research Policy,2002,31(1):233-245
[13] OECD/Eurostat.OECD Proposed Guidelines for Collecting and Interpreting Technological Innovation Data.Oslo Manual[M].Paris:OECD,2005
[14] Drejer I.Comparing Patterns of Industrial Interdependence in National Systems of Innovation——A Study of Germany,the United Kingdom,Japan and the United States[J].Economic Systems Research,2000,12(1):377-399
[15] Guan J.C.,Chen Z.F.The Technological System of Chinese Manufacturing Industry:A Sectorial Approach[J].China Economic Review,2009,20(4):767-776
[16] Garcia-Muniz A.S.,Vicente M.R.ICT Technologies in Europe:A Study of Technological Diffusion and Economic Growth Under Network Theory[J].Telecommunications Policy,2014,38(2):360-370
[17] Zeng M.,Williamson P.J.Dragons at Your Door[M].Beijing:China Machine Press,2008
[18] 工业和信息化部电信研究院.2013年ICT深度观察[M].北京:人民邮电出版社,2013