The postgraduate training program of control science and engineering major in Henan University is a postgraduate training program under the School of Computer and Information Engineering. It has two doctoral programs in remote sensing information science and technology, three first-class master programs in computer science and technology, software engineering, control science and engineering, and four undergraduate majors in computer science and technology, software engineering on-the-job postgraduate, network engineering and automation. Computer science and technology are provincial key first-class disciplines and provincial majors, and control science and engineering are provincial key first-class disciplines. Spatial information processing laboratory is the training object of key disciplines open laboratory and provincial key laboratory in Henan Province. The training scheme of Master of Control Science and Engineering in Henan University is as follows:

I. Introduction of disciplines, specialties and research directions

1. Introduction to disciplines and specialties

The discipline code of control science and engineering belongs to five two disciplines: control theory and control engineering, detection technology and automation device, system engineering, pattern recognition and intelligent system, navigation guidance and control. The first-class master's authorization point of control science and engineering, and the master's authorization points of control theory and control engineering, pattern recognition and intelligent system are located in the School of Computer and Information Engineering.

Control science and engineering are based on cybernetics, system theory and information theory, and driven by system and control problems in various industries. It studies how to establish a system model, how to analyze the characteristics and behavior of the system, especially the dynamic behavior, the relationship between the system and the environment, and how to design and realize the control and decision-making system under a certain target or index system.

This subject is based on mathematical analysis, linear algebra, mathematical statistics, stochastic process, electronic circuit technology, digital signal processing technology and computer technology. Professional theories include automatic control principle, linear/nonlinear system theory, optimal control, adaptive control, intelligent control, process control, motion control, system optimization and scheduling, system identification and simulation modeling, modern detection technology, multi-sensor information fusion, computer vision and pattern recognition, machine intelligence and machine learning, bioinformatics, navigation and guidance system, etc.

The research methods of this subject include the combination of theory and practice, quantitative and qualitative, experiment and simulation, software and hardware, information acquisition and utilization, system cognition and optimization, scientific analysis and engineering practice, solving engineering control problems and concise control scientific theory, learning, analysis and evaluation of factual, conceptual and procedural knowledge, and creative high-level cognitive ability.

The discipline of control science and engineering in Henan University has a certain influence in the whole country. According to the evaluation results of disciplines in 20 12 of the Ministry of Education, 83 universities participated in the evaluation (43 of them were authorized by "doctor's degree", and some universities were authorized by "doctor's degree" to participate in the evaluation), and Henan University ranked 54th in the discipline of control science and engineering, tied with Nanjing University of Posts and Telecommunications and other 18 universities.

2. Research direction

Considering the comprehensiveness, cross-cutting, cutting-edge and adaptability of this discipline, combining the research advantages of this discipline and the requirements of China's economic construction and national defense science and technology for controlling science and engineering talents. This topic has the following research directions:

(1) Multi-sensor data fusion

(2) On-line monitoring and fault diagnosis of complex systems

(3) Computer vision and image processing

(4) Pattern recognition and multi-target tracking technology.

(5) industrial automation

Second, the training objectives

This discipline trains professionals who are engaged in the theoretical research of control science, the research of various control technologies and methods in the field of control engineering, and the development and design of control systems. The training objectives of this major are:

(1) Master solid basic theory and systematic and in-depth professional knowledge in control theory, advanced control system and technology, industrial control, computer technology, artificial intelligence and pattern recognition system modeling and simulation, and have the ability to engage in control science research, system design and technology development and solve practical engineering control problems.

(2) Understand the latest research results and development trends of this discipline.

(3) Skillfully read professional materials and write scientific papers in foreign languages.

Three, the basic academic system and the maximum number of years to apply for a degree

The academic system of master students is 3 years, and the longest period of master students in school is not more than 5 years. Two semesters a year. 1-2 semester to complete the master's program. Consult the literature in 3-4 semesters, complete the topic, and complete the dissertation in 5-6 semesters. Those who pass the evaluation of dissertations can participate in the defense of master's dissertations.

Postgraduates who have completed the training plan ahead of time and whose dissertations meet the requirements for applying for defense can defend ahead of time, graduate and apply for a degree according to the prescribed examination and approval procedures.

Fourth, the cultivation methods and methods

Implement the tutor responsibility system with scientific research as the leading factor and the tutor funding system with scientific research funds as the guiding factor. Tutors are responsible for leading in-service graduate students in the forefront of disciplines, guiding scientific research methods and academic norms of teaching.

This major adopts flexible and diverse training methods. In teaching, teachers can give lectures, students can teach themselves, and they can also combine special discussions. In scientific research, students mainly participate in the research projects of tutors (groups) and independently complete the tasks of theoretical research, engineering design, experiment and simulation assigned by tutors.

Guidance adopts the combination of tutor responsibility system and tutor group system. Within three months of admission, under the guidance of the tutor, according to the training plan, combined with their own reality, make a personal study and training plan. The personal learning and training plan shall be submitted to the college, department, institute and graduate school for the record after being examined and approved by the tutor and the leader of the guidance group. Whether the individual study and training plan is completed or not is the basic basis for examining whether the graduate students can graduate and award the master's degree.

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