黄显林、姜肖楠、卢鸿谦等，2010，《自主视觉导航方法综述》，《吉林大学学报》（信息科学版）。
徐文明、崔祜涛、崔平远等，2007，《深空自主光学导航小行星筛选与规划方法研究》，《航空学报》。
王密、郑兴辉、程宇峰、陈晓，2016，《火星探测巡航段与捕获段光学自主导航方案与关键技术》，《武汉大学学报》。
The "Polaris" of Space Strategy
—Prospect of the Autonomous Navigation Technology for Deep Space Exploration
Wang Xinlong
Abstract: Deep space exploration is an important part of China's space strategy, and is a new space technology area after the satellite application and manned space flight. Conventional navigation technology based on ground control is limited in terms of navigation precision, real-time navigation, coverage, reliability and so on, which is difficult to meet the demand of deep space exploration for high-precision real-time navigation. Therefore, this paper describes the new generation of autonomous navigation methods in detail, and looks into the prospect of the development trend of autonomous navigation technology for deep space exploration. Finally, the application of autonomous navigation in different stages of deep space exploration is analyzed. It can be predicted that with the deepening of deep space exploration activities, autonomous navigation technology will achieve greater development and also play a huge driving role in aerospace technology itself.
Keywords: Deep Space Exploration, Autonomous Navigation, Celestial Navigation, X-pulse Star Navigation, Imaging Matching
责 编∕杨昀赟
