On the morning of December 3, Song Zhengyu, deputy chief engineer, researcher, doctoral supervisor and academician of the International Academy of Astronautics, was invited to visit Aerospace Micro Company to guide the work and made a technical report on "Carrier Rocket Demand for Aerospace Electronics". Chairman Yan Jun, Executive Deputy General Manager Jiang Xiaohua and other leaders attended the reception, and the backbone of the company's technical department attended and Xi the lecture.
Academician Song Zhengyu is also the deputy chief designer of the Long March-2F rocket and the chief designer of the Long March-8 rocket. He has been engaged in the research of basic theories of aerospace control and the development of new launch vehicles for a long time, and has won many honors such as the special prize of the National Science and Technology Progress Award, China's Top Ten Outstanding Youths, the National May Day Labor Medal, and the Outstanding Contribution Individual of China's Z-Man Aerospace Project.
In this technical lecture, Academician Song Zhengyu gave a speech entitled"Research on Distributed Modular Integrated Electronic System Integration Technology for Next-Generation Launch Vehicles".report. He introduced the four main stages of the development of the domestic launch vehicle control system, and introduced to the participants in depth the functional integration and resource integration of the electrical system of the next-generation launch vehicle, and emphasized that the future space mission requires the spacecraft to have the ability to process intelligently, and the advanced integrated electronic system is the basis of spacecraft intelligence. Through the combination of theory and case, Academician Song made a detailed report from six aspects: domestic and foreign development form, system design objectives, system function requirements analysis, system abstraction, system integration and system software and hardware architecture design. Finally, Academician Song summarized the current aerospace electronics technology and looked forward to the development prospects of spacecraft intelligence.
The special report is simple and rich in content, which provides great inspiration and help for the company's R&D personnel. After the sharing, the participants discussed the impact of artificial intelligence and the problems existing in business and scientific research, and strengthened the understanding of the members of the technical department on the integrated electronic system integration technology through full exchange and discussion, and provided technical development ideas for the shortcomings and weaknesses of the business.
In the future, the company will continue to devote itself to research and in-depth exploration, continuously improve its scientific and technological innovation capabilities, and continue to support localized, independent, controllable, highly reliable and high-performance aerospace electronic technologies and products for the aerospace field.
Academician Song took a group photo with the company's leaders.