Study on autonomous navigation and control technology for spacecraft
19 May 2019
10.30 AM - 11.30 AM
Executive Seminar Room, S2.2-B2-53, School of EEE
Public
Prof He Liang
Shanghai Key Laboratory of Aerospace Intelligent Control Technology
Abstract:
The report mainly includes three sections. Firstly, the overall situation and business scope of Shanghai Aerospace Technology Research Institute and Shanghai Aerospace Control Technology Research Institute is introduced, and the key models and core products in various fields of Control Technology Research Institute is also presented. Then, the research results with respect to high-precision and high-stability control technology of spacecraft control system, distributed multi-agent technology, autonomous navigation guidance and control technology for deep space probes, advanced sensors and actuator technology, and spacecraft autonomous operation technology are emphatically discussed. Finally, the recent research progress on the autonomous navigation and control of unmanned systems is reported.
Speaker:
He Liang, Ph. D and researcher, is the director of R&D center of Shanghai Aerospace Control Technology Institute, deputy director of Shanghai Key Laboratory of Aerospace Intelligent Control Technology, one of the academic committee members of the Key Laboratory of Information Fusion Technology of Ministry of Education, one of the leading figures of China Aerospace Science and Technology Corporation, top-notch young talents in the field of national defence science and technology. He has also been a visiting scholar with Politecnico di Milano. His research interests mainly focus on space on-orbit service, micro/nano-technologies in space systems, space autonomous navigation and intelligent control and UAV system. Thus far, he has successively directed more than 20 national advanced research projects in related areas, published more than 40 journal or conference papers and 7 monographs, and authorized 30 patents. Meanwhile, he has been granted 3 awards of provincial and ministerial level.