Analysis on Technology Competitiveness in Fuel Cell Field
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- 英文论文题名：Analysis on Technology Competitiveness in Fuel Cell Field
- 论文作者：Young-Il Kwon ; Dae-Hyun Jeong
- 英文论文作者：Young-Il Kwon ; Dae-Hyun Jeong ; KISTI ; IACSIT
- 年：2015
- 作者机构：KISTI;IACSIT;
- 英文论文关键词：Competitiveness ; fuel cell ; network analysis
- 会议召开时间：2015-01-01
- 会议录名称：Journal of Clean Energy Technologies Vol.3 No.1
- 语种：英文
- 分类号：F416.6;TM911.4
- 学会代码：CDYA
- 学会名称：成都亚昂教育咨询有限公司
- 页数：6
- 文件大小：1887k
- 原文格式：D
摘要
Fuel cell is an environment-friendly renewable energy source.Major countries that are trying to diversify their power supply are expanding their technology development and efforts to spread the usage of fuel cell.In this study,the level of usage in each country was analyzed through technology competitiveness analysis on fuel cell.To analyze technology competitiveness,total four elements of influence,competitiveness,activity,and open innovation were considered.Influence was calculated using forward citation of applied patent,and competitiveness was calculated using the number of patent family.For open innovation,joint application network between countries was settled and analysis was made through degree centrality.In the result,besides MCFC field,USA was found to be the most competitive,while Japan and Korea were found to be relatively less competitive.When it was studied by a major element,USA had a high level of competitiveness and open innovation,and Canada had high level of influence.
Fuel cell is an environment-friendly renewable energy source.Major countries that are trying to diversify their power supply are expanding their technology development and efforts to spread the usage of fuel cell.In this study,the level of usage in each country was analyzed through technology competitiveness analysis on fuel cell.To analyze technology competitiveness,total four elements of influence,competitiveness,activity,and open innovation were considered.Influence was calculated using forward citation of applied patent,and competitiveness was calculated using the number of patent family.For open innovation,joint application network between countries was settled and analysis was made through degree centrality.In the result,besides MCFC field,USA was found to be the most competitive,while Japan and Korea were found to be relatively less competitive.When it was studied by a major element,USA had a high level of competitiveness and open innovation,and Canada had high level of influence.
Fuel cell is an environment-friendly renewable energy source.Major countries that are trying to diversify their power supply are expanding their technology development and efforts to spread the usage of fuel cell.In this study,the level of usage in each country was analyzed through technology competitiveness analysis on fuel cell.To analyze technology competitiveness,total four elements of influence,competitiveness,activity,and open innovation were considered.Influence was calculated using forward citation of applied patent,and competitiveness was calculated using the number of patent family.For open innovation,joint application network between countries was settled and analysis was made through degree centrality.In the result,besides MCFC field,USA was found to be the most competitive,while Japan and Korea were found to be relatively less competitive.When it was studied by a major element,USA had a high level of competitiveness and open innovation,and Canada had high level of influence.
引文
[1]D.H.Jung and Y.I.Kwon,2012 Green Technology Knowledge Map-Fuel Cell,Korea Institute of Science and Technology Information,2012.
[2]M.K.Han,B.S.Kim,J.Y.Yu,and S.C.Byun.“Result and implication of technology level evaluation based on technology growth model:focusing on bio-chip and sensor technology,”Korea Technology Innovation Society Journal,vol.13,no.2,pp.252-281,June 2010.
[3]W.H.Lee,K.Jung Ahn,and M.H.Lee,“Technology innovation in Korea through patent citation analysis,”in Proc.Korean Operations Research and Management Science Society Full Conference,2003,pp.1007-1013.
[4]H.K.Jung and K.S.Hwang,“Technology competitiveness analysis of aviation base industry using patent information,”Journal of Management Science,vol.25,no.2,pp.111-127,Nov.2008.
[5]Korea’s IT Technology Competitiveness Analysis Report Using Measurement Information,Korea Evaluation Institute of Industrial Technology,2011.
[6]H.S.Gang and S.H.Lee,“A study on evaluation of patent technology level with improved reliability as well as effective noise removal in patent data analysis,”Journal of Korea Technology Innovation Society,vol.15,no.1,pp.105-128,March 2012.
[7]H.Chesbrough,“Open innovation:how companies actually do it,”Harvard Business Review,vol.81,no.7,pp.12-14,July 2009.
[8]S.K.Kim,“Is open innovation new innovation methodology?:critical evaluation on open innovation theory of chesbrough,”Technology Management and Economy Association,pp.123-154,Feb 2009.
[9]Development and Application of Technology Level Evaluation Research Methodology Using Patent Index,Korea Institute of S&T Evaluation and Planning,2011.
[10]J.B.Yu and Y.M.Jung,“Analysis of Factors of Patent Citation,”Journal of Information Management Association,vol.27,no.1,pp.103-118,March 2010.
[11]H.Kim,D.H.Baek,M.J.Shin,and D.S.Han,“Technical importance evaluation model of patent under incomplete citation information,”Intelligent Information Study,vol.14,no.2,pp.121-136,March 2006.
[12]J.B.Yu and Y.M.Jung,“A study on construction of patent citation prediction model,”Journal of Information Management Association,vol.27,no.4,pp.239-258,2010.
[13]S.H.Yu,Y.H.Lee,and D.K.Won,“A study on life prediction of technology area through analysis of patent citation,”Journal of Korea Management Association,vol.31,no.4,pp.1-11,March 2006.
[14]Y.J.Nam and E.S.Jung,“A study on development of new patent index using citation information,”Journal of Information Management Association,vol.23,no.1,pp.221-241,March 2006.
[15]D.W.Son,Analysis of Social Network,Kyungmun Sa,2010,pp.1-3.
[16]K.H.Kim,Analysis of Social Network using Netminer,Cyram,2010.
[2]M.K.Han,B.S.Kim,J.Y.Yu,and S.C.Byun.“Result and implication of technology level evaluation based on technology growth model:focusing on bio-chip and sensor technology,”Korea Technology Innovation Society Journal,vol.13,no.2,pp.252-281,June 2010.
[3]W.H.Lee,K.Jung Ahn,and M.H.Lee,“Technology innovation in Korea through patent citation analysis,”in Proc.Korean Operations Research and Management Science Society Full Conference,2003,pp.1007-1013.
[4]H.K.Jung and K.S.Hwang,“Technology competitiveness analysis of aviation base industry using patent information,”Journal of Management Science,vol.25,no.2,pp.111-127,Nov.2008.
[5]Korea’s IT Technology Competitiveness Analysis Report Using Measurement Information,Korea Evaluation Institute of Industrial Technology,2011.
[6]H.S.Gang and S.H.Lee,“A study on evaluation of patent technology level with improved reliability as well as effective noise removal in patent data analysis,”Journal of Korea Technology Innovation Society,vol.15,no.1,pp.105-128,March 2012.
[7]H.Chesbrough,“Open innovation:how companies actually do it,”Harvard Business Review,vol.81,no.7,pp.12-14,July 2009.
[8]S.K.Kim,“Is open innovation new innovation methodology?:critical evaluation on open innovation theory of chesbrough,”Technology Management and Economy Association,pp.123-154,Feb 2009.
[9]Development and Application of Technology Level Evaluation Research Methodology Using Patent Index,Korea Institute of S&T Evaluation and Planning,2011.
[10]J.B.Yu and Y.M.Jung,“Analysis of Factors of Patent Citation,”Journal of Information Management Association,vol.27,no.1,pp.103-118,March 2010.
[11]H.Kim,D.H.Baek,M.J.Shin,and D.S.Han,“Technical importance evaluation model of patent under incomplete citation information,”Intelligent Information Study,vol.14,no.2,pp.121-136,March 2006.
[12]J.B.Yu and Y.M.Jung,“A study on construction of patent citation prediction model,”Journal of Information Management Association,vol.27,no.4,pp.239-258,2010.
[13]S.H.Yu,Y.H.Lee,and D.K.Won,“A study on life prediction of technology area through analysis of patent citation,”Journal of Korea Management Association,vol.31,no.4,pp.1-11,March 2006.
[14]Y.J.Nam and E.S.Jung,“A study on development of new patent index using citation information,”Journal of Information Management Association,vol.23,no.1,pp.221-241,March 2006.
[15]D.W.Son,Analysis of Social Network,Kyungmun Sa,2010,pp.1-3.
[16]K.H.Kim,Analysis of Social Network using Netminer,Cyram,2010.