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Technical Efficiency Evolution Model of the Integration of Information Technology and Manufacturing Technology

机译:信息技术与制造技术融合的技术效率演进模型

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摘要

The integration of information technology and manufacturing technology (IOITMT) is a strategic idea proposed by China. As the smallest unit of integration, manufacturing enterprises can be seen as the root of IOITMT. However, the current situation of IOITMT in China shows that intelligent manufacturing still has a long way to go and that the implementation effect of IOITMT requires urgent improvement. The dynamic evolution of IOITMT is accompanied by the integration and coevolution of internal technologies and also affects the performance of enterprises. Taking technical efficiency as a measure of IOITMT, the purpose of the current study is to develop an internal dynamic evolutionary mechanism framework for IOITMT of a single cycle in manufacturing enterprises. The framework is based on the theory of self-organization and convergence and uses convergence theory to discuss the evolution mode of technical efficiency in the three stages of IOITMT under the guidance of order parameters. This paper finds that the technical efficiency of IOITMT is influenced by the ratio of convergence parameters r1/r2, and adjusting the convergence intensity can effectively improve the performance of enterprises. Hence, this paper provides important theoretical guidance for the advancement of IOITMT of Chinese manufacturing enterprises.
机译:信息技术与制造技术融合(IOITMT)是中国提出的战略构想。制造企业作为最小的集成单元,可以看作是IOITMT的根源。然而,IOITMT在我国的现状表明,智能制造还有很长的路要走,IOITMT的实施效果亟待提高。IOITMT的动态演进伴随着内部技术的整合和协同演进,也影响着企业的绩效。本研究以技术效率作为衡量IOITMT的指标,旨在构建制造企业单周期IOITMT的内部动态演化机制框架。该框架以自组织和收敛理论为基础,运用收敛理论探讨了序参数指导下IOITMT三个阶段技术效率的演化模式。研究发现,IOITMT的技术效率受收敛参数r1/r2比值的影响,调整收敛强度可以有效提高企业绩效。因此,本文为中国制造企业物联网的发展提供了重要的理论指导。

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