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太阳系边际探测任务人工智能技术研究

Research on Artificial Intelligence Technologsy for Solar System Boundary Exploration Missions

  • 摘要: 太阳系边际探测对取得重大科学发现、推动战略性、前瞻性技术突破和提升人类空间探索能力均具有重要的意义。在介绍太阳系边际探测任务定义内涵和规划的基础上,就任务特点进行分析,对当前面临的需求与技术挑战进行研究,及其有待突破的探测数据智能处理,环境、事件及状态智能感知与控制,探测任务智能规划,轻量化与可靠性智能算法等太阳系边际探测任务的人工智能技术进行了系统论述,可为中国太阳系边际探测等深远空间探测任务的规划论证与研制实施提供参考。

     

    Abstract: Solar system boundary exploration is of great significance to obtaining important scientific discoveries, promoting strategic and forward-looking technological breakthroughs, and enhancing human space exploration capabilities. On the basis of introducing the definition and future plans of Solar system boundary exploration missions, this paper analyzed the mission characteristics, studied the current mission requirements and technical challenges, and systematically discussed artificial intelligence technologies that need to be broken through, including intelligent processing of exploration data, intelligent perception of environment, event and state and control, intelligent planning of exploration missions, and lightweight and reliable intelligent algorithms. This paper can provide reference for the planning, demonstration, development, and implementation of Chinese Solar system boundary exploration missions.

     

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