Coordinating remote sensing for Earth observing satellites

Qiming Ruan, Renjie He, Yuejin Tan, Yingwu Chen, Xiong Liu
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Abstract

As the number of Earth observing satellites increases, the opportunity of observation is much enhanced. Through coordination, several satellites can observe more area than single satellite in a given time horizon. Counterwise to this advantage, the scheduling problem of observations is NP-hard in computational complexity. Although the study on satellites scheduling problem has attracted much attention for years, those proposed researches are merely concerning spot targets which can not satisfy the requirements of observing area targets. This article presents the study of a satellites coordinating system, which can effectively coordinate imaging activities of satellites to meet the requirement of observing area targets
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协调对地观测卫星遥感
随着地球观测卫星数量的增加,观测的机会大大增加。通过协调,几颗卫星可以在给定的时间范围内比单个卫星观测更多的区域。与这一优势相反,观测的调度问题在计算复杂度上是np困难的。虽然多年来对卫星调度问题的研究备受关注,但已有的研究仅针对点目标,不能满足观测区域目标的要求。本文研究了一种卫星协调系统,它能有效地协调卫星的成像活动,以满足观测区域目标的要求
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