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基于CiteSpace的国内云制造研究热点与发展趋势分析OACHSSCD

Research Highlights and Frontier Trends of Domestic Cloud Manufacturing Based on CiteSpace

中文摘要英文摘要

借助CiteSpace软件对2010年至2022年发表在中国知网核心期刊上的云制造领域文献进行文献计量分析,通过对发文量、发文作者、发文机构、研究热点与研究前沿的分析,旨在对国内云制造领域的研究现状与研究趋势进行梳理.研究发现:云制造文献数量在2010年至2012年呈现出井喷现象,此后经历了反复下降上升的波动趋势;云制造文献主要来源于计算机领域相关期刊;国内云制造高产作者之间与研究机构之间合作关系较为紧密,呈现高度专业化的现象;近十三年来国内云制造领域研究内容可分为云制造平台构建、云制造模式及应用研究以及云制造服务,其中云制造服务是当前该领域的研究热点与趋势,且云制造服务研究视角逐渐从服务需求方扩展到服务供需双方.

By using CiteSpace software,the literature in the field of cloud manufacturing published in the core journals of CNKI from 2010 to 2022 is analyzed by bibliometric analysis.Through the analysis of the number of publications,authors,institutions,research highlights and research frontiers,the research status and research trend in the field of cloud manufacturing in China are sorted out.The results show that:the number of cloud manufacturing literature showed a blowout phenomenon from 2010 to 2012,and then experienced a fluctuating trend of repeated decline and rise;Cloud manufacturing literature mainly comes from computer related journals.The cooperation between the authors and research institutions of high production of cloud manufacturing in China is relatively close,showing a highly specialized phenomenon.In the past 13 years,the research contents in the field of cloud manufacturing in China can be divided into cloud manufacturing platform construction research,cloud manufacturing model and application research and cloud manufacturing service research.Among them,cloud manufacturing service research is the current research hotspot and trend in this field,and the research perspective of cloud manufacturing service research has gradually expanded from the service demand side to the service supply and demand side.

杜学美;李俊;陆剑峰

同济大学 经济与管理学院,上海 200092同济大学 电子与信息工程学院,上海 201804

经济学

云制造;知识图谱;研究热点

cloud manufacturing;knowledge map;research highlight

《上海管理科学》 2024 (002)

信息不对称下云制造服务供需匹配机制与优化策略

9-18 / 10

国家自然科学基金项目"信息不对称下云制造服务供需匹配机制与优化策略"(72171173);同济大学创新设计与智能制造学科群项目"面向"人-机-物"协同的智能制造系统数字孪生建模与优化研究"(F2206)

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