Enabling Technology of Intelligent Manufacturing -- Digital Twin
Abstract
information physical systems, the paper introduces the enabling technology of intelligent manufacturing, Industry 4.0 and Industrial Internet
- Digital Twin. This paper describes in detail digital twin modeling technology, simulation optimization technology, application interface
technology, data acquisition technology, virtual reality technology needed to achieve the integration of physical world and virtual world.
Finally, the eff ectiveness of digital twin technology is verifi ed through cases. This paper provides a reference for the in-depth application and
related research of intelligent manufacturing, automation, and digital twin technology
Keywords
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[1]QI Q TAO F HU T et al Enabling technologies and tools for digital twin[J] Journal of Manufacturing Systems 2021 58:3-21.
[2]Tao Fei Ma Xin Qi Qinglin et al Theory and key technologies of digital twin interaction [J / OL] Computer integrated manufacturing system: 1-15 [2022-
09-12]
[3]Hsuchchao H C Park J H. Threshold jumping and wrap-around scan techniques toward efficient tag identification in high density RFID systems[J]
Information Systems Frontiers 2011.13(4): 471-480.
[4]SHIH B Y CHEN C W CHEN C Y et al Merged search algorithms for radio frequency identification anticollision[J].Mathematical Problems in
Engineering2012(2012): 94-113
[5]YANG C N HE J Y An effective 16-bit random number aided query tree algorithm for RFID tag anti-collision[J] IEEE Communications
Letters,2011,15(5):539-541
[6] Gao Xiaoye Industrial application frontier and security analysis of OPC UA [J] Small and medium-sized enterprise management and science and
Technology (next issue) 2015(11):290. (in Chinese)
[7]Yan Xiaofeng Zhao Yanling Han Dantao Design of universal data acquisition module based on OPC UA [J] Instrument standard Chemistry and metrology
2015 (06): 26-27 (in Chinese)
[8]Cupek R Ziebinski A Franek M.Fpga based OPC UA Embedded industrial data server implementation[J] Journal of circuits systems and computers 2013
22(13500708).
[9] ZHANG Shiyou Direct communication between PC and S7 PL C by fetch/write method [J] Anhui Metallurgy 2012 27 (1):31-33 (in Chinese)
[10]CHEN Qun Non-driver application of modbus protocol in S7-30017[J] Computer Engineering 2009 35(1):254-255.259(in Chinese)
[11]SiemensAGSIMATICfactoryautomation[EB/OL][2012-08-15] http://www.ad.siemens.com.
DOI: http://dx.doi.org/10.18686/modern-management-forum.v7i10.10655
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