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数字化创新:回顾与展望 被引量:5

Digital Innovation:Review and Prospect
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摘要 结合数字化创新的特征与发展趋势,基于5W2H的分析思路,本文从数字化创新特征(WHAT)、数字化创新研究时间线(WHEN)、数字化创新场景(WHERE)、数字化创新动因(WHY)、数字化创新参与者(WHO)、数字化创新途径(HOW)以及数字化创新代价(HOW MUCH)七个方面对数字化创新相关文献进行了梳理。研究发现,现有研究缺乏对数字化创新动机、内在机理、影响结果等方面的深度挖掘与分析,未来数字化创新的研究方向应更加关注数字化创新的跨领域研究、数字化创新的跨层次分析、数字化创新的本土化研究、数字生态系统研究等。 Combined with the characteristics and development trend of digital innovation,based on 5W2H analysis,this paper sorted out the literature related to digital innovation from seven aspects of the characteristics of digital innovation(WHAT),the research timeline of digital innovation(WHEN),the scenarios of digital innovation(WHERE),the motivations of digital innovation(WHY),the participants of digital innovation(WHO),the ways of digital innovation(HOW)and the costs of digital innovation(HOW MUCH).The study found that the existing research lacked deep mining and analysis on digital innovation motivation,internal mechanism,effects and results and other aspects,the future research direction of digital innovation should pay more attention to the interdisciplinary research,cross-level analysis,and localization study of digital innovation,and digital ecosystem research.
作者 王凯 聂琼瑶 韩雪亮 Wang Kai;Nie Qiongyao;Han Xueliang(School of Business Administration,Henan University of Economics and Law,Zhengzhou Henan 450046)
出处 《创新科技》 2021年第5期31-39,共9页 Innovation science and technology
基金 国家自然科学基金面上项目“基于治理特殊性的企业基金会自主性研究”(71802072) 河南省哲学社会科学规划项目“互联网+背景下河南省制造业转型升级研究”(2018BJJ011)。
关键词 数字经济 数字化创新 数字化转型 组织创新 5W2H digital economy digital innovation digital transformation organizational innovation 5W2H
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  • 1Kleinberg J.Bursty and hierarchical structure in streams.Proceedings of Proceedings of the 8th ACM SIGKDD International Conference on Knowledge Discovery and Data Mining(pp.91-101),Edmonton,Alberta,Canada:ACM Press,2002.
  • 2Freeman L C.Centrality in social networks:Conceptual clarification.Social Networks,1979,1:215-239.
  • 3Price D D.Networks of scientific papers.Science,1965,149:510-515.
  • 4van Raan A.On growth,ageing,and fractal differentiation of science.Scientometrics,2000,47(2):347-362.
  • 5Abt H A.Why some papers have long citation lifetimes.Nature,1998,395:756-757.
  • 6Bak P,Chen K.Self-organized criticality.Scientific American,1991,264(1):46-53.
  • 7Chen C,Morris S.Visualizing evolving networks:Minimum spanning trees versus pathfinder networks.Proceedings of IEEE Symposium on Information Visualization(pp.67-74),Seattle,Washington:IEEE Computer Society Press,2003.
  • 8Small H G,Griffith B C.The structure of scientific literatures i:Identifying and graphing specialties.Science Studies,1974,4:17-40.
  • 9Garfield E.Scientography:Mapping the tracks of science.Current Contents:Social & Behavioural Sciences,1994,7(45):5-10.
  • 10Garfield E H,S I,Torpie R J.The use of citation data in writing the history of science.Philadelphia:Institute for Scientific Information,1964.

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