认知互动与代码契约:虚拟科学共同体中科研人员的合作机制被引量：1

Cognitive Interaction and Code Contract: Cooperation Mechanism of Researchers in Virtual Science Community

导出

摘要网络化科学研究空间所形成的虚拟科学共同体,在随机性条件下,能够进行有效的合作解问题。促成合作的重要因素在于认知互动和代码契约的有效构建,即虚拟科学共同体成员之间的认知互动,在不断反思的马尔可夫链上,可以形成一个综合的集体创造力,而共享的契约性安排、心理契约的代码表征、持久性关系的代码构成这三个要素所构建的代码契约,是激励虚拟科学共同体中科研人员长久合作的重要机制。 The virtual scientific community formed by the networked scientific research space can solve problems effectively under the condition of randomness.The important factors for cooperation lie in the effective construction of cognitive interaction and code contract,that is,the cognitive interaction among the members of the virtual scientific community can form a comprehensive collective creativity on the Markov chain of continuous reflection.And the sharing of the code contract constructed by contractual arrangement,code representation of psychological contract and code composition of persistent relationship,which is an important mechanism to encourage long-term cooperation among researchers in virtual science community.

作者黄时进张怡 HUANG ShiJin;ZHANG Yi(Institute of Marxism,East China University of Science and Technology,Shanghai,200237;Institute of Marxism,Donghua University,Shanghai,201620)

机构地区华东理工大学马克思主义学院东华大学马克思主义学院

出处《自然辩证法通讯》 CSSCI 北大核心 2021年第8期21-27,共7页 Journal of Dialectics of Nature

基金国家社科基金一般项目“网络化科学的认识论研究”(项目编号:17BZX039)。

关键词网络化科学科学共同体合作解题认知机制 Networked science Scientific community Cooperative problem solving Cognitive mechanism

分类号 N0 [自然科学总论—科学技术哲学] B152 [哲学宗教—世界哲学]

引文网络
相关文献

参考文献2

1张怡.科学问题的动力学研究[J].哲学研究,1993(2):27-34. 被引量：3
2陈明红.学术虚拟社区用户持续知识共享的意愿研究[J].情报资料工作,2015,36(1):41-47. 被引量：55

二级参考文献36

1Chen Y L.The factors influencing members' continuance inten tions in professional virtual communities-a longitudinal study[J].Journal of Information Science,2007,33(4):451-467.
2Digital Media Research Group:An Analysis of Consumer Media Contact for Online Shopping[R/OL].[2014-02-26].http://mic.iii.org.tw/aisp/reports/reportdetail.asp docid =CDOC20120330003 & doctype =RC & smode =1.
3Lin M J,Hung S W,Chen C J.Fostering the determinants of knowledge sharing in professional virtual communities[J].Computers in Human Behavior,2009(25):929-939.
4Jones Q,Ravid G,Rafaeli S.Information overload and the message dynamics of online interaction spaces[J].Information Systems Research,2004,15(2):194-210.
5Development and Evaluation Commission:The Survey Report of Person and Family Households Digital Divide[R/OL].[2014-03-17].http://www.rdec.gov.tw/public/Attachment/0121411543371.pdf.
6Bhattacherjee A.Understanding information systems continuance:an expectation-confirmation model[J].MIS Quarterly,2001,25 (3):351-370.
7Butler B S.Membership size,communication activity,and sustainability:A resource-based model of online social structures[J].Information Systems Research,2001,12(4):346-362.
8Jin X L,Zhou Z Y,Lee M K O,et al.Why users keep answering questions in online question answering communities:A theoretical and empirical investigation[J].International Journal of Informa-tion Management,2013,3(33):93-104.
9Lu Y,Yang D.Information exchange in virtual communities under extreme disaster conditions[J].Decision Support Systems,2011(50):529-538.
10Lee F S,Vogel D,Limayem M.Virtual community informatics:A review and research agenda[J].Journal of Information Technology Theory and Application,2003,5 (1):47-61.