摘要
针对国际月球科研站地月协同、国际联合任务规划问题,提出了地月联合管控任务分级方案,以此方案为基础,实现根据任务分级建立任务模型并进行任务规划的方法。面向国际月球科研站复杂工程系统多任务、多设施管理需求,在对任务等级分类的基础上,分析不同任务场景特点,建立任务模型,确定任务目标与约束,进而制定任务规划方案。以资源运输任务和地质成分探测任务为例进行仿真验证。结果表明:该方法可根据最大化任务收益实现国际月球科研站典型任务的规划编排。
A mission prioritization scheme for Earth-Moon collaborative mission management is proposed to address the challenges of Earth-Moon coordination and international collaborative mission planning for the International Lunar Research Station(ILRS).Based on this scheme,a methodology is established to develop mission models and formulate mission plans according to mission levels.To meet the multi-mission and multi-facility management requirements of the complex engineering system of the ILRS,based on the classification of mission levels,different mission scenarios are analyzed,mission models are constructed,mission objectives and constraints are defined,and then mission planning solutions are achieved.Simulation verification is conducted with resource transportation missions and geological composition detection missions as case studies.The results demonstrate that this scheme effectively enables the planning and scheduling of typical ILRS missions by maximizing mission benefits.
作者
张智冠
赵林
刘莹
王雨薇
陈晓
李东禹
ZHANG Zhiguan;ZHAO Lin;LIU Ying;WANG Yuwei;CHEN Xiao;LI Dongyu(Shanghai Institute of Satellite Engineering,Shanghai 201109,China;Deep Space Exploration Laboratory,Hefei 230026,Anhui,China)
出处
《上海航天(中英文)》
2025年第6期66-74,共9页
Aerospace Shanghai(Chinese&English)
基金
上海市科技计划资助项目(22ZD2229008)
深空探测全国重点实验室开放基金资助项目(NKDSEL2024006)
深空探测实验室前沿科研计划资助项目(GC06L09001ZC3ZT‑2325)。
关键词
任务规划
自主运行
任务分级
多器调度
分析决策
月球科研站
mission planning
autonomous operation
mission prioritization
multi-device scheduling
analysis and decision-making
lunar research station
