Control Theory and Control Engineering
 
time： 2015-07-16

Major Name: Control Theory and Control Engineering
Major Code: 081101
Type of degree: Master (academic degree)
Minimum credits: 25
Minimum credits from compulsory courses: 16
Minimum credits from optional courses: 9

1. Training objectives
This major is intended to cultivate high-level talents who have solid theoretical basis and in-depth expertise on control theory and control engineering, who are familiar with the development trends on the science and technology research work they undertake, and have the ability to carry on their scientific research and technological development independently.

2. Length of schooling
The length of schooling is three years (including the dissertation defense time), and cannot exceed five years in general.
3. This major covers the following research areas
1) Control system analysis and synthesis
2) Robust control
3) Networked control systems theory and applications
4) Embedded system analysis and applications
5) Intelligent control theory and applications
6) Motion control and power electronic technology
7) Intelligent medical devices
8) Electronic manufacturing technology
9) Non-linear control
4. Education methods
The cultivation of the postgraduates adopts the supervisor responsibility system. Candidates should develop training plan within two weeks after admission under the guidance of the supervisor and participate qualification before the end of the third semester in accordance with "SCUT’s mid-term screening and division approach of the master degree postgraduates", and complete social practice, and give regular seminars.
5. Dissertation
The candidates should work out the development plan and write opening report in the third semester. Before the application for graduation defense, the candidates are required to publish at least one paper in the journals within or above CSTPC, or have a patent. After the completion of the thesis, candidates need to prepare for the defense according to the related regulations of the university.
6. Curriculum and credits
The candidates should complete all of the compulsory courses and some optional courses in the education plan, and must gain at least 25 credits required by the school, of which at least 16 credits are from compulsory courses and 9 credits from the optional courses.
Category
Course Code
Course Name
Curriculum Class Hours
Credits
Semester
Teacher
Form of Assessment
Remark
Compulsory Courses
S0001001
Theory and Practice of Scientific Socialism
36
1
2
Huang Liwen
Written Examinations

S0001002
The outline for Dialectics of Nature
54
2
1
Tan Binzhao
Written Examinations

S0002011
First foreign language (Basic English)
108
3
2
Cang Lanju
Written Examinations

S0003007
Matrix analyse
54
2
1
Fang Weidong
Written Examinations

S0811040
Linear System Theory I
48
3
1
Su Weizhou
Written Examinations

S0811041
Basic of nonlinear control system theory and application
32
2
2
Hu Yueming
Written Examinations

S0823020
Optimal Control
48
3
2
Chen Hui
Written Examinations

Optional
Courses
S0001005
Selected classic Readings in Jurisprudence
32
2
2
Ge Hongyi
Course paper

S0002014
Cross-cultural Communication
32
2
1
Zhao Weili
Course paper

S0003001
Theories and Methods of Mathematical Statistics
54
2
2
Liang Manfa
Written Examinations

S0003002
Partial Differential Equations and Finite Element Analysis
54
2
1
Yao Yangxin
Written Examinations

S0003003
Methods of Mathematical Physics
80
4
1
Liu Shenquan
Written Examinations

S0003004
Numerical analysis (basis of science and engineering calculation)
54
2
2
Lei Xiuren
Written Examinations

S0003005
Mathematical Modeling and Mathematical Experiments
54
2
2
Lin Jianliang
Written Examinations

S0003006
Fuzzy Mathematics
72
3
2
Ling Weixin
Written Examinations

S0003009
Basis of Applied Functional Analysis
68
3
3
Hong Yi
Written Examinations

S0003010
Optimization Calculation
54
2
2
Jiang Jinshan
Written Examinations

S0003011
Applied Modern Algebra
54
2
1
Tang Xilin
Written Examinations

S0003012
Random process
56
2
1
He Chunxiong
Written Examinations

S0004013
Principles of Economics
50
2
2
Su Xikun
Written Examinations

S0004015
Principles of Management
50
2
2
Huang Aihua
Written Examinations

S0004021
Career Planning and Quality Training
32
2
1
Wei Wei
Course paper

S0004022
Opera masterpiece
32
2
1
Li Quan
Course paper

S0711002
Optimal Method
48
3
1
Yue Xishun
Written Examinations

S0711004
new control strategies and application of the computer
32
2
1
Huang Daoping
Course paper

S0811003
Common technology in automatic detection and instrumentation
32
2
2
Wang Jian
Written Examinations

S0811004
Power Electronic Technology(II)
32
2
1
Wang Xiaohong
Course paper

S0811006
Computer Network
32
2
2
Yuan Peng
Course paper

S0811007
Basis of artificial neural network and application
32
2
1
Wei Wu
Course paper

S0811009
Fieldbus Control System
32
2
1
Liang Jieshen
Course paper

S0811010
Robust Control
32
2
2
Li Shanbin
Course paper

S0811011
Intelligent Control
32
2
2
Zhao Junhong
Course paper

S0811012
Discrete Event Systems
32
2
1
Luo Fei
Course paper

S0811014
Robotics Engineering and Technology Application
32
2
2
Wang Qingyang
Course paper

S0811015
Machine Vision Application Technology
32
2
2
Gao Hongxia
Course paper

S0811016
Control Network and System Integration
32
2
1
Chen Liding
Course paper

S0811017
Artificial Intelligence Technology
32
2
2
Wu Xinshen
Course paper

S0811018
Data processing and information fusion
32
2
2
You Linru
Course paper

S0811019
Pattern Recognition Principles(2)
32
2
2
Li Bin
Written Examinations

S0811020
Principle and Application of Embedded System
32
2
1
Liu Shaojun
Course paper

S0811023
Intelligent Information Processing
32
2
1
Mo Hongqiang
Written Examinations

S0811024
System identification, modeling and simulation technology
48
3
2
Deng Feiqi
Written Examinations

S0811025
System Engineering
48
3
1
Tian Senping
Written Examinations

S0811029
Cognitive Pattern Recognition Theory and Systems
32
2
2
Pi Youguo
Course paper

S0811031
Analysis and Design of Object-Oriented System
32
2
2
Li Xiangyang
Written Examinations

S0811032
Modern electronic production equipment
32
2
2
Qi Qifeng
Course paper

S0811033
Basis of System identification and adaptive control
48
3
1
Xie Wei
Written Examinations

S0811034
Theory and Technology of Modern Digital Signal Processing
40
2.5
1
Xiao Bing
Written Examinations

S0811035
Stability TheoryII
32
2
1
Sun Zhendong
Written Examinations

S0811036
Wavelet and multi-scale stochastic analysis
40
2.5
2
He Lin
Course paper

S0811037
Adaptive Neural Network Control
32
2
2
Wang Cong
Course paper

S0811038
Estimation theory and signal detection
48
3
2
Li Yan
Written Examinations

S0831001
Digital Image Processing(1)
48
3
1
Qi Qifeng
Course paper

Compulsory
Activities
S0004017
Literature review and the opening report

1




S0004018
Academic Activities

1