Application and Practical Analysis of Industrial Meta-Universes
DOI:
https://doi.org/10.54691/k0xbfj54Keywords:
Industrial meta-universe; Digitalisation; Manufacturing.Abstract
Connecting the digital and real worlds, the Industrial Metaverse will enable the continuous interaction of information, data and decision-making, the Empowering industries to digitally solve extremely complex real-world problems and create huge social benefits. This paper describes the main technologies of industrial meta-universe; through the case of E* industrial meta-universe project, it disassembles and analyses the technical route of industrial meta-universe; in combination with the existing technologies, it puts forward the corresponding improvement suggestions and makes its own thinking.
Downloads
References
[1] Yang Yang, Zhong Zhenyu, Wang Xiang,Wang Rui. Industrial meta-universe practice and thinking[J]. New Industrialisation.2024,(1).
[2] Li Xin , Liu Xiu , Wan Xinxin . A Review of Digital Twin Application and Security Development [J]. Journal of System Simulation . .2019,(3).
[3] Wang Shao Shuai , Xiao Lin , Jennifer Hong Sheng , et al. Research on data-driven industrial meta-universe system [J]. Cyber Security and Data Governance .2023,42(8).
[4] Sun, Berlin. . Industrial Metaverse-A Bridge between Real World and Virtual World Interoperability [J]. Computer Simulation .2022,39(7).
[5] William Wang. . Machine learning: present and future . [J]. Science and Technology Herald . . 2016, (7).78-79.
[6] Zheng, Nanning. . A New Era of Artificial Intelligence [J]. Journal of Intelligent Science and Technology . .2019,(1).
[7] Lu Hongwang . Configuration of Siemens PLC automation control network [J]. Integrated Circuit Applications .2020,(9).
[8] Liu Bowen. . Design and Implementation of PLC-based Remote Multi-point Data Acquisition System Work [J]. Prospect of Science and Technology . .2015,(34).
[9] Zhao Jun , Shi Liangping , Huang Chunyang . Software Development of Siemens PLC Monitoring and Commissioning Based on Prodave Technology [J]. Automation Application . 2011,(10).
[10] Wang, Yonggui , Wang Yang , Wang Qiang , et al. Design of Automatic Production Line of Stamping Robot Based on Siemens PLC Control System [J]. Robotics technology and application .2023,(4).
[11] Mshali, Haider , Lemlouma, Tayeb , Magoni, Damien . Adaptive monitoring system for e-health smart homes [J].Pervasive and Mobile Computing.2018.431-19.DOI:10.1016/j.pmcj.2017.11.001 .
[12] Gao Yujun , Zhao Pengpeng , Gao Yujun , Zhao Pengpeng Chu Yengang . Data Communication between Different Classes of PLCs Based on OPC Technology [J]. Industrial control computer . .2018,(10).59-60.
[13] Li Jianyang . Multiple solutions for communication between Siemens PLC and host computer [J]. Industrial control computer . .2018,(1).
[14] Zhu, H. J. . HBM Electronic Scale and Siemens S7-200 Series PLC Free Port Communication [J]. Digital Communication World . .2019,(3).284,197.
[15] Wang Jie . Development and Application of Data Inspection Software for Body-in-White Digital Factory Based on Process Designer [J]. Automotive Practical Technology .2023,48(14).
[16] Wu, Xiaojie , China Tan Xiaoxia , Chen Xiaomei ,et al. Knowledge Structure and Future Prospects of Research on Transformation and Upgrading of Chinese Enterprises [J]. Research and Development Management .2020,(2).
Downloads
Published
Issue
Section
License
Copyright (c) 2024 Frontiers in Science and Engineering
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
How to Cite
