Name of the first-class discipline: Information and Communication Engineering two disciplines Name: Communication and Information System
Research direction of main disciplines:
1. mobile communication theory and technology: based on key technologies such as MIMO technology and orthogonal frequency division multiplexing (OFDM), the theory and technology of cognitive cooperative wireless mobile communication are studied.
2. Fast algorithms in communication and information systems: Study intelligent fast algorithms for signal and information processing in various communication and information systems. The research methods mainly adopt optimization algorithms, such as adaptive optimization algorithm, genetic algorithm, neural network technology, particle swarm optimization algorithm, ant colony algorithm, support vector machine algorithm, preprocessing algorithm in digital image processing and so on.
First-class auxiliary subject name: electronic science and technology; Name of secondary auxiliary discipline: electromagnetic field and microwave technology.
Research direction of auxiliary disciplines:
Electromagnetic field and microwave technology play a key role in high-tech fields such as communication, radar, laser, remote sensing, satellite and microelectronics. Facing the development and utilization of human limited frequency resources; The requirements for information acquisition and communication are getting higher and higher; In order to meet the new research needs of environment, energy, biology and ecology, electromagnetic field and microwave technology constantly promote the development of science and technology. The research direction of this discipline mainly includes:
1. Numerical calculation of electromagnetic field and microwave millimeter-wave integrated circuits and antennas: The development of modern science and technology requires that numerical algorithms can analyze larger and more complex engineering problems with electrical dimensions, but traditional calculation methods can hardly meet the requirements in memory space and calculation time. This direction mainly explores the fast solution algorithm in electromagnetic field, including the simulation, design and manufacture of microwave and millimeter wave integrated circuits and antennas.
2. Electromagnetic radiation, scattering and microwave information processing: this direction uses the theory and method in computational electromagnetics to image the radiation and scattering characteristics of electromagnetic targets, extract the scattering center points and identify the targets.
3. Microwave and millimeter-wave communication technology: This direction focuses on microwave and millimeter-wave transmitting and receiving technology, microwave and millimeter-wave antenna technology, spectrum utilization technology and broadband microwave and millimeter-wave communication technology.
4. Microwave and millimeter-wave devices and systems: Traditional design methods can no longer meet the needs of system design, and using software tools to design microwave and millimeter-wave devices and systems has become a hot spot in microwave circuit design. This direction mainly simulates, designs and experimentally measures microwave amplifiers, filters, power splitters, circulators, isolators and other devices and systems.
Academic position:
2002. 10- Vice Chairman of Jiangsu Antenna and Microwave Professional Committee.
February 20, 200610.12 Member of the 8th Committee of Microwave Branch of Institute of Electronics.
2003. 10- Member of the Committee of Electromagnetic Compatibility Branch of Chinese Institute of Electronics.
2004. 12—— Member of Electromagnetic Technology Sub-committee of China Military Industry Society.
September 2005-present Editorial Board of journal of nanjing university of science and technology.
2005. 10- Editorial Board of Journal of Microwave Science.
Since May 2005, he has been an adjunct professor at Huaiyin Teachers College.
2005. 1 1- Adjunct Professor of Nanjing Agricultural University.
Academic achievements:
Awards:
Third-class millimeter wave frequency modulation of Jiangsu Science and Technology Progress Award
Research on Electromagnetic Scattering of the Third Prize for Scientific and Technological Progress of the State Education Commission
Research on several numerical methods in electromagnetic field theory of scientific and technological progress award of State Education Commission
The first prize of national defense science and technology progress in Jiangsu province, the first prize of millimeter wave composite homing technology.
Ordnance Industry Group Science and Technology Progress Award ××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××××
Thesis:
Chen Ruisheng, Xu Wenping, Weng Jianren, "Application of preconditioned conjugate gradient algorithm for diagonal perturbation incomplete factorization in boundary finite element analysis of Helmhol tz equation", Journal of China Electrical Engineering Society. Antenna and Propagation, Vol.54, No.5, pp. 1604- 1608, Yang, Chen Ruisheng, 2006, IEEE Trans. On Broadcasting, Vol.52, No.1 1, 2006.
Page (abbreviation of page) Rui, Chen Ruisheng, Yang Jianning, "Rapid analysis of electromagnetic scattering from three-dimensional dielectric bodies", Journal of Electrical Engineering. On Antenna and Propagation, Volume 53,No. 1 1, pp. 3848-3852, 20051/month.
R. Edward Chen Rong Guoen, Chen Chunhui, Wu Keming, "finite element method of lines with Guided Wave Structure", Journal of China Electrical Engineering Society. On antennas and propagation, vol. 52, No.3, 2004, pp. 904-907. Chen Ruisheng. Rong Guangning, Chen Chunhai, Fang Dongguang, Application of preconditioned conjugate gradient algorithm in boundary element method for three-dimensional full-wave electromagnetic boundary value problems, Journal of Electrical Engineering. On MTT, Vol.50, No.4, April 2002, pp.1165–1172.
R. Chen Shirong, Rong Guoen, "An effective method for analyzing H-plane waveguide junction circulators with ferrite balls", Journal of China Electrical Engineering Society. On MTT, Volume 49, May 2006, 5438+0, pp. 927-938.
Patents:
Hemispherical dielectric resonator antenna excited by single-arm spiral slot
Microstrip slot coupled hemispherical double-layer dielectric resonator antenna
Coaxially excited stealth plasma antenna
Broadband communication folded slot antenna excited by coaxial line
××× loaded electromagnetic wave absorbing material
××× electromagnetic wave absorbing material
3G dual-polarization mobile communication base station antenna
3G single polarization mobile communication base station antenna
Microstrip power divider for 3G mobile communication base station antenna
Current research contents, projects, funds, etc.
The project funded by the outstanding young teachers of the Ministry of Education is 80,000 yuan, which is the three-dimensional electromagnetic rapid analysis and design of multilayer microwave integrated circuits and multi-chip modules.
Fast analysis and design of 3D multilayer microwave integrated circuit supported by Jiangsu Natural Science Foundation: 65,000 yuan.
50,000 academic leaders of the "Blue Project" in colleges and universities in Jiangsu Province
The general project of National Natural Science Foundation (60271005) Analysis of Electromagnetic Scattering of Random Media with 240,000 Impedance and Its Application in Stealth Technology.
Electromagnetic field theory and microwave technology of National Science Foundation for Distinguished Young Scholars (60325 103) 1 10,000.
Research on the theory and application of three-dimensional vector electromagnetic scattering from complex structural targets (6043 10 10) is a key project of the National Natural Science Foundation, accounting for 300,000 of the 2 million.
Pre-processing theory and method in computational electromagnetics, supported by the special research fund for doctoral programs in colleges and universities, 65 thousand yuan
Research on forecasting method of ×××RCS project for pre-research funds of weapons and equipment: 654.38+500,000 yuan.
The national defense basic scientific research project ××× band composite×× synthetic solid-state source is 6.5438+0.2 million yuan.
The pre-research project of the General Armament Department is ×××××××× 2 million electromagnetic pulses.
Academic experience, honor and cooperation at home and abroad;
1996.10-1997.7 Associate Research Fellow, Department of Electronic Engineering, City University of Hong Kong
1997.10-1998.3 senior associate researcher, department of electronic engineering, city university of hong kong.
1998.4- 1999.9 researcher, department of electronic engineering, city university of hong kong.
200 1. 12-2002.3 Senior Research Fellow, Department of Electronic Engineering, City University of Hong Kong
2004.7-2004.9 Senior Research Fellow, Department of Electronic Engineering, City University of Hong Kong
Visiting Professor, Department of Electronic Engineering, City University of Hong Kong
Visiting Professor, Department of Electronic Engineering, City University of Hong Kong