In 1981, under the directing of the great scientist Qian Xuesen, an integrated frontier science—Man-Machine-Environment System Engineering (MMESE)—came into being in China. Qian Xuesen gave high praise to this emerging science. In the letter to Prof. Long Shengzhao, he pointed out, “You are creating this very important modern science and technology in China!” in October 22nd, 1993.
In the congratulation letter to the commemoration meeting of 20th anniversary of establishing the Man-Machine-Environment System Engineering, the great scientist Qian Xuesen stated,“You have made active development and exploration in this new emerging science of MMESE, and obtained encouraging achievements. I am sincerely pleased and hope you can do even more to make prosper development in the theory and application of MMESE, and make positive contribution to the progress of science and technology in China, and even in the whole world ”in June 26th, 2001.
In order to greatly promote the vigorous development of MMESE in the world, and realize the grand object of “making positive contribution to the progress of science and technology in China, and even in the whole world”proposed by Qian Xuesen, the 17th International Conference on Man-Machine-Environment System Engineering will take place in Jinggangshan, China, October 21-23, 2017.
The Conference Sponsor is the Man-Machine-Environment System Engineering Committee of China. Undertaker is Beijing KeCui Academy of Man-Machine-Environment System Engineering.
(1) Research on Man Character(M)
Measurement of human capability
Evaluation of human capability
Human physical workload
Human mental workload
Human psychological workload
Human reliability
Human control model
Human decision-making model
Anthropometry technology
Operator selecting Operator training
(2) Research on Machine Character(M)
Machine operability
Machine maintainability
Machine dynamic modeling technology
Error-preventing design of machine
(3) Research on Environment Character(E)
Environment monitoring
Environment controlling
Environment modeling
Environment simulation
(4) Research on Man-Machine Relationship(MMR)
Static man-machine relationship
Arrangement of work space
Design of work space
Dynamic man-machine relationship
Function allocation of the man and machine
Function comparison of the man and machine
Display and control technology
Design and evaluation of man-machine interface
Application of multiple-medium technology to the study of man-machine relationship
Application of digital human to the study of man-machine relationship
(5) Research on Man-Environment Relationship(MER)
Environmental influence on man
Human influence on environment
Personal protective equipment
(6) Research on Machine-Environment Relationship(MER)
Environmental influence on machine performance
Machine influence on environment
(7) Research on overall performance of Man-Machine-Environment System(MMES)
Overall mathematical model of man-machine-environment system
Total mathematical simulation technology
Half physical simulation technology
Total physical simulation technology
Analysis, design and evaluation of the overall performance
Safety design and evaluation
High Efficiency design and evaluation
Economy design and evaluation
(8) Applications research of MMESE
Application to Aviation
Application to Space
Application to Navigation
Application to Nuclear Energy Industry
Application to Traffic Transportation
Application to Industry Production
Application to Corporation Management
Application to Computer Interface Design
Application to Computer and Human Interaction
Application to Computer and Machine Vision
Application to Robotics and Automation
10月21日
2016
10月23日
2016
摘要截稿日期
初稿截稿日期
终稿截稿日期
注册截止日期
2024年10月18日 中国 北京
第二十四届人-机-环境系统工程大会2023年10月20日 中国 Beijing
第二十三届国际人-机-环境系统工程大会2022年10月21日 中国 北京
第二十二届国际人-机-环境系统工程大会2021年10月23日 中国 Beijing
第二十一届国际人-机-环境系统工程大会 (MMESE 2021)2018年10月20日 中国
第十八届国际人-机-环境系统工程大会2017年10月21日 中国 井冈山市
第十七届国际人机环境系统工程大会2015年10月21日 中国 杭州市
第十五届国际人-机-环境系统工程大会2013年10月21日 中国 烟台市
第十三届国际人-机-环境系统工程大会2009年07月24日 中国 丹东市
第九届中国人-机-环境系统工程大会
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