I. Training objectives
This subject trains high-level talents with all-round development in morality, intelligence and physique, who can meet the needs of China's economic, technological and educational development and engage in research, development, teaching and management in the fields of communication, information and electronic engineering. The master's degree winner should master the solid basic theory and systematic professional knowledge of this subject, master a foreign language skillfully, and have the ability to engage in scientific research or strong practical work; Doctoral degree winners should master the solid and extensive basic theory and systematic and in-depth professional knowledge of this discipline, master the basic skills and methods of scientific research, understand the development trends at home and abroad in their research direction, master at least one foreign language skillfully, have the ability to independently engage in scientific research and undertake professional and technical work, and achieve creative results in science or professional technology.
Second, the research direction
The first-level disciplines of information and communication engineering include communication and information system, signal and information processing, and information security. The main research directions include:
1. Wireless communication 2. Mobile communication network
3. internet 4. Network security
5. Media content security. Multimedia processing and communication
7. radar system 8. Communication signal processing
9. Data compression and coding 10. voice signal processing
1 1. Image processing 12. remote sensing information processing
13. biomedical signal processing 14. IR
15. Information fusion 16. Visual computing
Third, the curriculum.
Basic courses of subject group:
Matrix analysis, real variable function, combinatorial mathematics, optimization theory, stochastic process theory, mathematical theory of information science.
Professional basic courses:
Information network and protocol, theoretical basis of communication network, coding theory, digital signal processing II, digital image analysis, signal detection and estimation, communication network security theory and technology, modern cryptography, algorithm design and analysis.
Professional courses:
Principle and application of wireless communication, integrated design of communication and electronic system, basis of voice signal processing, mobile communication technology, multimedia communication, intelligent information processing, computer graphics, wavelet transform and application, multi-rate digital signal processing, software engineering, information retrieval and data mining, blind signal processing, queuing and queuing network, advanced computer network, computer vision, advanced database system, advanced operating system, VLSI design, pattern recognition, Fast electronics, analog CMOS integrated circuit design, system on a chip design, information and communication engineering topics, speech signal and information processing, network information theory, high-order spectrum analysis,
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