Research Team

Intelligent + Radar System Design Team

Editor:李洁Date:2020-03-15ClickTimes:

 

Intelligent + Radar System Design Team

 

·Team members: Zeng Sanyou, Chen Zhao, Ma Li, Wang Jin, Li Xingmei, Liu Yong, Yao Yafeng, Hao Guocheng, Zhao Juan, Zhong Liang, Zhou Qunqun, Wu Rangzhong, Guo Jincui

·Research fields: design and development of radar system hardware (including antenna, RF, feeding, etc.), design and development of new system and tool software for radar data processing, especially the automation of radar system design by artificial intelligence

·Advantages and features: research on the new system, swarm intelligence method and machine learning method based on the design of radar / communication system, especially swarm intelligence method for automatic antenna design and new system radar data processing

 

Major Programs of the Team in Recent Years

·5 national defense and military industry projects as the principal investigator

·7 programs supported by National Natural Science Foundation of China as the principal investigator or participant

·1 program supported by the Fund of Hubei Province

 

Main Research Achievements of the Team

·8 SCI papers

·5 patents

·2 software copyrights

·Prototypes (see below)

Prototypes

 

 

FSO optical communication system

 

Visible light indoor positioning system

 

Latest Advances of the Team

Ø Intelligent design technology of ultra wideband array antenna: using sequence linearization method to solve the “dimension disaster” of large array with too many design variables, solving the expensive calculation difficulties in the time-consuming calculation of electromagnetic simulation with model aided Gaussian learning method, solving the antenna forming and manufacturing difficulties with 3D printing technology;

Ø Data signal processing of new system radar: encapsulating and processing of traditional data format with new modulation technology, broadening the carrying capacity of radar data signal and enhancing the combat effectiveness based on the integration of communication and radar.