Introduction to automation specialty
Liu Jiwei, easyliu@vip.sina.com
main content
The history and present situation of automation in our college, the introduction of automation specialty, curriculum and employment.
2
University history review
49 years
Set up electronic information engineering, electronic information engineering, communication electronic information engineering and information security.
Professional engineering,
Control theory and control engineering are national key training disciplines.
2007, 2007, 2006, 2006, 2005, 2005
Doctor of Control Science and Engineering? Eight second-level doctoral programs? There is a 14 second-level master's program? Settings; build
Does intelligence science and technology set up intelligence science and technology major? * * * Seven undergraduate majors.
School of Automation Information Engineering was established; School of Automation was established; Department of Automation was established; Department of Automation was established.
Automation, Computer, Automation, Computer and Automation Instrument Specialty 1986 1986 Compilation
Establishment of Electrical Automation Specialty in Mining Enterprises1979197919751975 Computer Department
Computer Department compiled 1959 1959 and obtained a doctorate in industrial automation.
Graduate students enrolled in industrial automation199819981996199619921992.
School of Information Engineering was established.
Information Engineering College Relocation Information Building Relocation Information Building
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Automation discipline construction
Discipline construction and development has a history of more than 40 years, and so does discipline construction and development.
Undergraduate life history is nearly 20 years, 1959 1959, electrification automation of industrial and mining enterprises 1975 1975.
, automation instrument 198 1 year 198 1 year, industrial automation 1986 1986, industrial automation (this (this).
Part)
(Master's degree) (Doctor's degree) (Doctor's degree)
In 2006, the first-class discipline of control science and engineering (doctoral degree)
four
Automation discipline construction
key discipline
1994 industrial automation, 1994 industrial automation, key discipline of Ministry of Metallurgy, 2002 control theory.
Theory and control engineering, 2002, control theory and control engineering, 2007 Beijing key discipline control theory and control engineering
Control engineering, 2007, control theory and control engineering, national key cultivation discipline.
Post doctoral mobile station
In 2003, control science and engineering
Automation-Control Science and Engineering 2008-Key Experiment of Advanced Control of Iron and Steel Process of Ministry of Education
Office Automation-Control Science and Engineering Undergraduate → Master → Doctor → Undergraduate → Master → Doctor → Doctor
Post integration talent training system
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Automated teaching staff
Department liaison office (automation department+automatic control research institute) (automation department+automatic control)
Department of Automation: Department of Automation:
Professor (doctoral supervisor): Li Huade, Yin Yixin, Liu Heping, Mu Zhichun, Professor Xú Zhēng (doctoral supervisor): Li Hua.
De, Yin Yixin, Mu Zhichun), Li Huade, Sun Qu. Light,,
Lee Hyo Ri and Sun Qu. Professors: Shi Zhongsuo, Sun Tie, Li Qing. Professors: Shi Zhongsuo, Sun Tie, Li Qing. associate professor
: Angel, Sun, Pan Yuedou, Li Guo, Zhang Weicun, Wang Ling Associate Professor: Angel, Sun, Pan Yuedou,
Li Guo, Zhang Weicun, Wang Ling, Liu Jiwei. Liu Jiwei Lecturer: Wang Zhenhua, Xia Xiaohua, Dong Jiyuan, Wang Lijun.
Page 1
Ethan, Shen Zhizhong, Lecturer: Wang Zhenhua, Xia Xiaohua, Dong Jiyuan, Wang Lijun, Ethan, Shen Zhizhong, Ceng Hui.
. Ceng Hui.
Automatic control research institute
Professor (Doctoral Supervisor): Tong Chaonan, Yang Weidong. Professor (Doctoral Supervisor): Tong Chaonan, Yang Weidong. ): Tong Chao
Associate Professor Nan: Peng Kaixiang, Gao Hai. Associate professors: Peng Kaixiang, Gao Hai.
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Main research direction
Theories, methods and application technologies of artificial intelligence, artificial intelligence and artificial life.
Design method and realization technology of humanoid robot based on biometric technology; Computer vision technology and theoretical research.
Control and optimization of nonlinear system Information processing and control method in intelligent metallurgical production process synthesis of complex system
Virtual manufacturing of strip steel production process combined with digital rolling mill and automation system
Application of system (digital rolling mill) immune and chaos control theory in modeling and control of complex hybrid system
Research on controllable system structure, new intelligent control system structure, evaluation system and control method
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Introduction to automation specialty
The relationship between automation and industrialization: characteristics of industrialization: industry in particular, characteristics of industrialization: industry in particular, especially
It is the three stages of industrialization development of manufacturing industry: the three stages of industrialization development: mechanization (large-scale use of machine systems)
Mechanization (large-scale use of machine systems) Electrification (joining motors and power grids) Electrification (joining motors,
Power grid) automation (adding automatic controller) automation (adding automatic controller)
↓
Realize automation, realize automation and complete industrialization. At present: At present: Automation is work.
The most important symbol of industrialization is the mechanization and electrification of China.
Electrification)
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Introduction to automation specialty
The relationship between automation and informatization: the characteristics of informatization: not only refers to industry, but also includes first, the characteristics of informatization: no.
Only refers to industries, including the primary industry and the tertiary industry. Only from the perspective of industry, the development of informatization can also be divided into three stages: only from industry
From the perspective of industry, the development of informatization can also be divided into three stages: computerization based on industrialization (large-scale use of data)
Computerization (large-scale use of digital computers) networking (realization of computer networks) networking
Advanced Automation (Integrated System and Management) Advanced Automation (Integrated Integration)
In order to achieve advanced automation in system and management, complete (industry) to achieve advanced automation, complete (industry)
) advanced automation of informatization is the most important symbol of informatization. On the whole, digitalization and networking have been standardized.
Mode) (domestic as a whole, digitalization and networking have reached a certain scale)
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↓
Introduction to automation specialty
Mechanization (applied machine system) Mechanization (applied machine system) Electrification (
Join the motor and network) Electrification (join the motor and network) Automation (join the automatic controller) Automation (
Join automatic controller) Computerization (application digital computer) Computerization (application digital computer) network
Advanced automation (system, management).
Automation (System, Management) Intelligence (Introduction to Intelligence) Knowledge (Processing Knowledge)
) knowledge (processing knowledge)
↓
} }
}
Information and industrialization knowledge
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Introduction to automation specialty
(Basic) Automation (core is control) Basic) Automation (core is control) Control is industrialization.
Complete the symbol of automation technology is the core technology of industrialization, advanced automation (the core is information, control,
Advanced automation (the core of which is information, control and system) information is the symbol of informatization completion.
Automation technology is the core technology of informatization.
1 1
Automation technology involves all information technologies.
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Knowledge field: control and intelligent knowledge unit: stability and robustness, reliability and fault tolerance of control theory.
Adaptive, self-learning artificial intelligence optimization, intelligent control and man-machine control, etc.
Knowledge field: execution and drive knowledge unit: mechatronics, steam-hydraulic drive automation instrument, optics, mechatronics.
Various remote controls, power electronics and so on.
Knowledge field: model and simulation knowledge unit: system identification parameter estimation, various system modeling technologies CA.
Three-dimensional simulation technology includes motor principle, transmission mechanism principle and structural robot principle.
+
-
controller
Number (word)-module
actuating mechanism
Duixiang
Signal processing
Analog-digital conversion
sensor
Knowledge field: calculation and processing knowledge unit: signal and image processing parallel and distributed processing software engineer.
Process calculation, search, inference pattern recognition, etc.
Knowledge field: communication and network knowledge unit: communication technology, computer network, multimedia remote technology, etc.
Knowledge field: sensing and detection knowledge unit: physical and chemical sensor detection and diagnosis telemetry and remote sensing.
Anti-interference technology measures the perception of signal processing robots and so on.
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System knowledge layer
Knowledge field: system and engineering knowledge unit: multivariable system, nonlinear system, distributed parameter system,
Discrete event system, large-scale system, complex system, motion control system, process control system, integrated automation system.
Management information system, system engineering, operational research, optimization, intelligent system, robot-robot system and multi-agent.
etc
+Control knowledge layer
Control and intelligence
Calculation and processing
Communication and network
Execution and driving
Model and simulation
Sensing and detection
Basic knowledge layer
Knowledge field: basic knowledge units of mathematics, mechanics, physics, chemistry and modern biology.
, life science, brain science, thinking science, system science, management science, electrical and electronic foundation, mechanical foundation,
Computer principle, computer language, microcomputer principle, etc.
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System knowledge layer
Knowledge field: knowledge field: systems and engineering
Control knowledge layer
Knowledge field: knowledge field: sensing and detection, communication and network calculation and processing, control and intelligent control.
Row and drive, model and simulation
Basic knowledge level knowledge field: mathematics, electromechanical basic knowledge field;
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Characteristics of automation specialty
Characteristics of automation discipline: a high-tech discipline with the characteristics of automation discipline crossing: automation application
Features: almost everything, the characteristics of automation application: wide, wide, almost everything, and
The development of other technologies is more and more extensive. Moreover, with the development of other technologies, it is more and more extensive. Automation major.
Features: Features of automation major: There is a lot of knowledge to learn and solid requirements.
In engineering, in engineering, automation needs mathematical knowledge most, and computers for automation are second only to computers.
computer science major
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Characteristics of automation specialty
1) is interdisciplinary, with rich connotation and broad extension. It is conducive to the cultivation of interdisciplinary subjects, with rich connotation and extensive extension.
Hiro cultivates broad-caliber, versatile and all-round talents; Cultivate wide caliber, compound and comprehensive talents;
Benefit from scientific methods with methodological nature, and 2) benefit from scientific methods and disciplines with methodological nature.
Influenced by the study thought, the thought is broader and deeper. Influenced by thoughts, thoughts are broader and deeper.
. It is very beneficial to cultivate talents with innovative ability; It is very beneficial to cultivate talents with innovative ability; 3 )
In particular, it is necessary to abstract the analysis and comprehensive ability of system problems and problems from practical engineering problems.
Force, especially the ability to solve system problems. It is conducive to cultivating "generalists" who solve systemic problems.
Ability. It is conducive to cultivating "generalists" and "handsome talents".
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Three training levels of automation specialty
Model control: highlight the mathematical characteristics of the subject; Model control: highlight the mathematical characteristics of the subject;
Information control: highlighting the information characteristics of disciplines and emphasizing information control: highlighting the information characteristics of disciplines,
Information transmission and control, that is, the combination of weak electricity and strong electricity, information transmission and control, that is, the combination of weak electricity and strong electricity,
Emphasize weak current; Emphasize weak current;
Entity control: highlighting the engineering characteristics of the discipline, that is, the control of weak entities: highlighting the engineering characteristics of the discipline,
The combination of electricity and strong electricity emphasizes strong electricity. The combination of electricity and strong electricity emphasizes strong electricity.
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Professional required course
05011205010149 050150/kloc-0.
System embedded control system control theory foundation data communication and network technology (bilingual) computer control technology
(Bilingual) 36 8 1 45 63 36 45
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Arrange practice teaching separately.
05010c05010e05010a05010f05010hCurriculum Design (Electronic Power and Motor)
Course Design (Electric Drive) Course Design (Control Theory) Course Design (Microcomputer Principle) Course Design (Embedded Control
System) course design (software design) centralized centralized centralized centralized centralized centralized centralized.
2 1
Specialized Elective Course-Control Theory
050139 05014150140 050132 050159 050133 optimal control of system identification and adaptive control.
Control and Optimization Intelligent Control and Its Application Control System Simulation Introduction to Robot Control Nonlinear Control 36 36 3
6 36 36 27
22
Specialized Elective Course-Information Technology
050134 050218 050329 050427 050606 050602 050437 Visual programming database.
Technology and application EDA electronic design pattern recognition introduction to digital signal processing introduction to communication principle introduction to digital image processing
72 36 36 36 36 45 36
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Specialized Elective Course-Applied Technology
050129 050335 050130 050302 050225 050136 050331power sensor technology for industrial enterprises.
Programmable controller and its application single chip microcomputer and its application DSP processor and industrial cluster applying distributed control system
Status software 36 36 36 36 36 36 36 36 36 36
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Typical application
Manage connecting WAN Connecting WAN.
(Optimization layer) Process server optimization layer)
Computer network server
Process controller
field bus
Field intelligent instrument
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Typical application
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Typical application
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Typical application
28
employment rate
Employment outlet: employment outlet: continue to study as a graduate student and go abroad for further study.
my
40%40%-50%
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Review the typical achievements of university history and personnel training.
In the spring, the executive deputy of the Party Committee of the CPC Central Commission for Discipline Inspection and Municipal Government trained a specialized school for 49 years and trained Yu Bing, the specialized secretary for 49 years.
Wangyu Shenzhou Technology Co., Ltd. has more than 6,000 graduates, more than 6,000 graduates and more than 6,000 directors.
Among them: Cheng Guang, former deputy general manager of Baosteel, former deputy general manager of Baosteel, undergraduate;
More than 4,000 undergraduate students: more than 4,000 people in Shanghai Hongkou District, Shanghai Hongkou District and Nissan Linji Printing.
President of Tuantuan China District: more than 200 doctoral students: more than 200 Li Zhengxi, Li Zhengxi and north china university of technology.
Master's degree: more than 700 master's degree: more than 700 Han Yonggui, vice president of BAIC Holding Group.
Master students: more than 300. Master students: more than 300. Lin Yuan, Chairman of Zheng Lu Shanghai Guo Ye Engineering Technology Company.
Yao, China) Lu China) Kan Yong, CEO of Co., Ltd.
Hai, Kan Yonghai, Wang Lixin, General Manager of Hebei Zongheng Iron and Steel Company, and Beijing Xinrong Youlian Technology Company.
General manager yuan
Academician Liu Jun, alternate member of the Central Committee, chairman of Angang Group.
General Fan Changlong, commander of jinan military area command and alternate member of the Central Committee.
Member of CPPCC Mao, Chairman of Western Mining Company.
Vice President of Hua Nie Shuguang Group