Graduate students in the School of Electrical Engineering mainly have the following majors: Circuits and Systems, Electromagnetic Fields and Microwave Technology, Signal and Information Processing, Information Countermeasures, Intelligent Information Processing, Systems Engineering, Pattern Recognition and Intelligent Systems, Navigation Guidance and Control, environmental science, environmental engineering and biomedical engineering
080902 Circuits and Systems
The discipline of circuits and systems has the right to award doctoral and master's degrees, and can recruit postdoctoral researchers and visiting scholars , is a national key discipline and one of the key projects of our school’s “211 Project”. There are currently 20 professors, including 5 doctoral supervisors, 38 associate professors and senior engineers, and more than 30 lecturers and engineers. Key laboratories, research institutes and teaching bases provide good material conditions for conducting subject research and training graduate students. In recent years, it has published more than 20 monographs, translations and textbooks, more than 500 papers in famous international and domestic academic journals, more than 100 papers included in SCI, EI and ISTP, and more than 50 scientific research achievements have won national awards. , ministerial and provincial scientific and technological progress awards. Currently, there are more than 60 vertical and horizontal scientific research projects under research, including 25 projects at the provincial and ministerial level or above, with scientific research funding of nearly 20 million yuan.
Circuits and systems are a subject with rich content, rapid development and wide application. It is the basis of modern information engineering including communication engineering, control engineering, computer science and all electronic science and technology and theory. It mainly Study the basic theory of circuits and systems and conduct analysis, synthesis and fault diagnosis of various circuits and systems. Its research objects are various circuits and basic systems composed of various technologies to complete certain functions.
The main research directions of this major include: circuit and system CAD and design automation, nonlinear circuits and systems, intelligent information processing, VLSI design and fault testing, etc.
080904 Electromagnetic Field and Microwave Technology
The subject of Electromagnetic Field and Microwave Technology is a national key discipline. It has a National Key Laboratory of Antenna and Microwave Technology and has the right to confer doctoral and master's degrees, and can Recruit postdoctoral researchers and visiting scholars. This discipline also has the Antenna Research Institute and the Telecommunication Engineering Department of the School of Electronics. This subject is also one of the key projects of our school's "211 Project". After decades of construction, this subject has formed a strong faculty, advanced equipment, sufficient scientific research funds, complete subject categories, reasonable echelon structure, and rich talents. It is a discipline with rich research characteristics, broad development prospects and a high reputation in the country. In the past ten years, this discipline has published hundreds of monographs, translations, and textbooks, published more than 500 papers in famous international and domestic academic journals, and more than 200 papers have been included in SCI, EI and ISTP, and more than a dozen The scientific research results won national, ministerial and provincial scientific and technological progress awards respectively. There are currently more than 100 vertical and horizontal scientific research projects under development. There are currently 17 professors, 18 associate professors and senior engineers, and 22 lecturers and engineers in this major.
Electromagnetic field and microwave technology is a subject with rich content, rapid development and wide application. It is not only an important part of modern high and new technologies, but also the growth point of many new technologies. It mainly studies the generation of electromagnetic waves. , basic theory and engineering technology in emission, amplification, transmission, reception, modulation, etc.
The main research directions of this major include: computational microwaves and computational electromagnetics; microwave, millimeter wave integrated circuits and component design; nonlinear electromagnetics and solitary waves; lossy electromagnetics and lossy variation Principle; modern microwave measurement and multi-port technology; electromagnetic compatibility; bioelectromagnetics; microwave communication system; antenna and scattering theory; reflector antenna and efficient feed; ultra-low sidelobe technology of antenna; modern antenna measurement and near-field technology; Antenna CAD; electromagnetic field theory and application; antenna theory and technology; light theory and light technology application; microwave communication technology.
081002 Signal and Information Processing
This subject is a national key subject. It has a national key laboratory for radar signal processing, has the right to award doctoral and master's degrees, and can recruit postdoctoral researchers. staff and visiting scholars. This subject is also one of the key projects in the construction of the "211 Project" of our school. It has strong teaching staff, advanced equipment, and sufficient scientific research funds. There is currently 1 academician of the Chinese Academy of Sciences, 21 professors, including 13 doctoral supervisors, 40 associate professors and senior engineers, and more than 30 lecturers and engineers. Key laboratories, research institutes and teaching bases provide good material conditions for conducting subject research and training graduate students. In recent years, it has published dozens of monographs, translations, and textbooks, hundreds of papers in famous international and domestic academic journals, more than 100 papers included in SCI, EI, and ISTP, and dozens of scientific research achievements have been awarded. National, ministerial and provincial scientific and technological progress awards. There are currently more than 100 vertical and horizontal scientific research projects under study.
Signal and information processing is a discipline with rich content, rapid development and wide application. It is an important part of information systems including radar, communications, navigation, acoustics and so on. It mainly studies the basic theories, methods and implementation technologies of signal detection, filtering, estimation and identification.
The main research directions of this major include: signal theory, signal detection and valuation, adaptive signal processing, array signal processing, multi-dimensional signal processing, intelligent signal processing, parallel processing theory and methods, neural network and Applications, image and graphics processing, electronic system automation design, speech processing, radar imaging, etc.
081022 Information Countermeasures
The information countermeasures technology discipline was separated from the original national key disciplines of signal and information processing, circuits and systems. In 2000, it was approved by the Academic Degrees Committee of the State Council to become one of the first batch of undergraduate majors in Information Countermeasures Technology. In 2003, it was awarded the right to confer a doctoral degree. In 2006, it was separated from the majors of Circuits and Systems and Signal and Information Processing and was granted the right to award independent master's degrees. The information countermeasures technology major is a famous major in Shaanxi Province and one of the key projects of our school’s “211 Project”. For a long time, this discipline has focused on basic theoretical research and applied basic research, focusing on information countermeasures systems and military applications. It has distinctive teaching and research characteristics and advantages in the application of electronic countermeasures, communications countermeasures, network countermeasures and other technologies in military equipment, laying a solid foundation for the development of this discipline. The Department of Information Countermeasures Technology has a strong faculty and a reasonable structure. There are currently 17 full-time teachers and 4 retired teachers, including 5 professors and 7 associate professors (including senior engineers). There are currently 2 doctoral supervisors and 4 master supervisors. In addition, including an academician of the Academy of Engineering, there are still three professors recruiting doctoral students in the information countermeasures major. Among the full-time teachers, there are 13 young teachers under the age of 45, 4 of whom have obtained doctorate degrees, and 12 are in-service doctoral candidates. In the past five years, this discipline has undertaken more than 50 projects such as National Defense 973, Junkou 863, National Defense Preliminary Research Fund, and National Defense Preliminary Research Projects, with an average annual scientific research funding of 5.3 million yuan, an annual/per capita scientific research funding of more than 300,000 yuan, and more than ten awards. Most of the research results are in the leading position in the country. The research directions of the information countermeasures discipline mainly include new system radar jamming theory, damage mechanism, passive jamming and tactical strategies, automatic identification and classification technology of modulation types of modern communication systems, coherent and non-coherent jamming technology for modern communication systems, and network conditions. Protection of information and tracking technology for illegal intrusions. Detailed enrollment information
081023 Intelligent Information Processing
The Intelligent Information Processing discipline is a new discipline separated from the national key discipline "Circuits and Systems" and has the right to award doctoral and master's degrees. This discipline relies on the National Electrical and Electronics Teaching Base and the Intelligent Information Processing Laboratory of Returned Overseas Students of the Ministry of Education to specifically study the natural computing theoretical model and application of intelligent systems, multi-sensor data fusion and system simulation, computer vision and its circuit system design and implementation, Intelligent grid computing, mobile computing, biological computing and multimedia computing, etc. There are currently 1 professor, 12 associate professors and senior engineers, and 11 lecturers and engineers in this discipline.
The main research directions of the intelligent information processing discipline include high-performance natural computing, SAR image understanding and automatic target recognition, advanced machine learning algorithms, etc.
081103 Systems Engineering
The "Systems Engineering" major is a second-level discipline under the first-level discipline of "Control Science and Engineering" and has the right to confer master's and engineering master's degrees. Systems engineering is one of the emerging disciplines that is developing rapidly. This major is based on the theories of systems science, control science, information science, computer science, systems engineering theory, stochastic process theory and other disciplines, with the purpose of evaluating and improving existing systems and optimizing the design of future systems. In engineering design, aviation It has a wide range of applications in aerospace, communication networks, military simulation, ecological environment, computer integration and information management and other fields.
This major is formed on the basis of a long period of teaching and scientific research practice. It mainly cultivates advanced system engineering technical talents who are system-oriented, national defense-oriented, combine software and hardware, focus on application, and emphasize integration. Relevant researchers have received funding from the National Natural Science Foundation, Shaanxi Provincial Natural Science Foundation, National Defense Pre-Research Project, National Defense and Military Electronics Pre-research Fund for many times, especially in the fields of system simulation, system integration, system optimization design, intelligent control and other fields. It is in a leading position in the country and has achieved a series of theoretical and application results.
081104 Pattern Recognition and Intelligent Systems
Pattern recognition and intelligent systems belong to the first-level discipline of "Control Engineering and Automation" in the engineering category. It is a key discipline at the provincial and ministerial level. Doctors and It has the right to confer master's degrees and can recruit postdoctoral researchers and visiting scholars.
Pattern recognition and intelligent systems are a subject with rich content, rapid development and wide application. It is the theoretical basis of artificial intelligence, computer science and various intelligent sciences. It mainly studies pattern recognition and computer vision. , basic theories of intelligent information processing and network multimedia and technologies for the design and implementation of various intelligent systems. Its research objects include various basic systems with intelligence.
The main research directions of this major include: pattern recognition, image communication and processing, intelligent signal/information processing, artificial intelligence, network multimedia technology, computer vision, intelligent systems and neural network theory, etc.
This major is composed of multiple colleges, departments and full-time scientific research institutions throughout the school. It has strong teaching staff and advanced equipment. It has teaching bases such as the "Pattern Recognition and Intelligent Control" Research Institute and the Information Systems Research Institute to develop disciplines. It provides good material conditions for research and training of graduate students. There are currently 10 professors, including 5 doctoral supervisors, 20 associate professors and senior engineers, and more than 20 lecturers and engineers. In recent years, it has published more than 10 monographs, translations, and textbooks, more than 300 papers in famous international and domestic academic journals, dozens of papers included in SCI, EI, and ISTP, and more than 10 scientific research achievements have won national awards. , ministerial and provincial scientific and technological progress awards. Currently, there are more than 20 vertical and horizontal scientific research projects under research, including 7 projects at the provincial and ministerial level or above, with a scientific research funding of nearly 5 million yuan.
081105 Navigation, Guidance and Control
The discipline of navigation, detection and guidance has the right to grant master's degrees. It is based on automatic control, precision instruments, computers, electronic technology, and engineering mechanics. This discipline takes the design, development and application of modern navigation and control electronic information systems as its research purpose. The main research contents include information sensing and image acquisition technology, signal control and information processing technology, electronic system control technology, system hardware design and integration technology, multi-mode target recognition and guidance technology, wireless navigation and control technology and other fields. There are currently 7 professors, 6 associate professors and senior engineers, and 11 lecturers and engineers in this discipline.
The main research directions in the navigation, detection and guidance disciplines include imaging mechanism and image processing technology, image matching and anti-shake technology, and multi-time, multi-angle, data fusion and multi-mode target recognition technology.
083001 Environmental Science
The "Environmental Science" discipline is a second-level discipline under the first-level discipline "Environmental Science and Engineering". In January 2006, the establishment of a master's degree in "Environmental Science" was approved It started recruiting master's degree students in 2007 and currently has 3 instructors. Based on the long-term development of our school's "Electromagnetic Field and Microwave Technology" discipline, this discipline has formed new cross-research directions: electromagnetic compatibility, bioelectromagnetics, and environmental electromagnetics. The research on issues related to the electromagnetic environment has a great influence among domestic peers. force. There are currently 3 professors, 2 associate professors and senior engineers, and 7 lecturers and engineers in this discipline.
The main research directions of this discipline of Environmental Science include environmental electromagnetics, electromagnetic environment analysis of electronic systems and electromagnetic environment monitoring.
083002 Environmental Engineering
The "Environmental Engineering" discipline is a second-level discipline under the first-level discipline "Environmental Science and Engineering". It is a national key discipline in our school "Electromagnetic Field and Microwave Technology" "A new discipline formed on the basis of extension and expansion, dedicated to the teaching and research of theoretical and engineering issues of electromagnetic environmental effects and electromagnetic compatibility, and has the right to confer master's degrees. This discipline undertakes a number of National Natural Science Foundation projects as well as provincial and ministerial level projects. It has continued exploratory research for many years and has been recognized by domestic peers and is at the advanced level in the country. There are currently 8 professors, 2 associate professors and senior engineers in this discipline.
The main research directions of the "Environmental Engineering" discipline include engineering environmental electromagnetics, biological environmental electromagnetics and electromagnetic environment detection, analysis, and evaluation.
083100 Biomedical Engineering
The discipline of Biomedical Engineering was established in 1990 and is one of the first master's programs approved to be piloted in the country. After more than ten years of hard work, it has now developed into a key discipline in Shaanxi Province based on electronic engineering and information engineering, combining biomedicine and life sciences. It has scientific research capabilities that combine biomedical theory with engineering technology applications, and has been committed to It focuses on talent training and scientific research in various fields such as electronic technology, information engineering, bioengineering, and medical instrumentation. There are currently 6 professors, 9 associate professors and senior engineers, and 5 lecturers and engineers in this discipline.
The main research directions of the biomedical engineering discipline include medical imaging algorithm platform, research on several key algorithms in the field of medical imaging, research on key science and technology of molecular imaging, functional imaging bioelectromagnetics, medical signal and image processing, and intelligence. Medical instruments and systems and electronic medical equipment EMI control, etc.