The invention discloses a control method for a continuous observation target of a large-scale heterogeneous constellation. The method comprises the following steps: setting an influence factor which influences the earned value of the observation target; performing weighted assignment on the grids, and generating a demand list according to the assignment; establishing a large-scale constellation to obtain an observation task order grabbing score mechanism; each satellite carries out data processing and target extraction tasks on orbit; surrounding an observation target, carrying out multi-satellite regional networking association fusion on the regional star group according to inter-satellite interconnection conditions; performing motion track prediction of the target on the satellite; and other satellite nodes restart regional planning according to the predicted position after the delta t time, and rescheduling satellites meeting conditions to carry out secondary target observation and tracking. According to the method, parallel computing of massive nodes is supported, and the decision-making efficiency of autonomous planning of satellite observation tasks is improved; under the condition that the inter-satellite link is smooth, the proxy module is supported to be added to the heterogeneous satellite constellation, so that multiple types of satellite constellations can be interconnected and intercommunicated.

    本申请公开了大规模异构星座连续观测目标的控制方法,包括以下步骤:设置影响观测目标的挣值的影响因子;对格网进行加权赋值,根据赋值高低生成需求列表;建立大规模星座获得观测任务抢单得分机制;每颗卫星在轨开展数据处理与目标提取任务;围绕观测目标,区域星群根据星间互联条件,进行多星区域组网关联融合;在星上开展目标的行动轨迹预测;其他卫星节点根据Δt时间后的预测位置重启区域规划,重新调度满足条件的卫星开展二次目标观测与跟踪。本申请支持海量节点的并行计算,提升了卫星观测任务自主规划的决策效率;在星间链路畅通的条件下,支持对异构卫星星座加装代理模块,使得多种类型的卫星星座能够互联互通。


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    Title :

    Method and device for controlling continuous observation target of large-scale heterogeneous constellation


    Additional title:

    一种大规模异构星座连续观测目标的控制方法及装置


    Contributors:
    QIU LINYAO (author) / HU QIAO (author) / HU CHENGHAO (author) / LIU GANG (author) / ZHU FUXIANG (author)

    Publication date :

    2024-06-25


    Type of media :

    Patent


    Type of material :

    Electronic Resource


    Language :

    Chinese


    Classification :

    IPC:    B64G Raumfahrt , COSMONAUTICS



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