Abstract：Space vehicle trajectory optimization and control technology can improve the overall performance of space vehicles by optimizing and design of the control law in the flight process, which is of great development potential and application values in the aerospace field. Focusing on this study direction, the main research results and the latest research progress in recent years among domestic and foreign researchers are surveyed. Attention is focused on two aspects, i.e., modeling methods and solving methods, as well as emerging artificial intelligence methods. On such basis, the theoretical system of space vehicle trajectory optimization and control methods is sorted out again, and the focused analysis of advantages and disadvantages of various types of typical methods and the latest representative results is carried out. Finally, the future development trend of space vehicle trajectory optimization and control methods is prospected in the view of the research history and existing technical advantages, it is pointed out that space vehicle trajectory optimization and control technology will develop in the such direction as generalization, intelligence, digitalization, and real-time.
曲庆渝，刘克新，王成才，吕金虎. 空间飞行器轨迹优化与控制技术发展现状与展望[J]. 指挥与控制学报, 2024, 10(4): 381-390.
QU Qingyu，LIU Kexin，WANG Chengcai，LYU Jinhu. Development Status and Prospect of Space Vehicle Trajectory Optimization and Control Technology. Journal of Command and Control, 2024, 10(4): 381-390.
2024, Vol. 10 
