正版 高分辨率卫星任务规划技术(精)/高分辨率对地观测前沿技术丛

第 1 章 绪论·······································································································11.1 卫星任务规划问题研究背景及意义························································11.2 卫星任务规划问题研究现状····································································31.2.1卫星任务规划技术研究现状························································31.2.2 多星任务规划技术研究现状························································61.2.3 测控数传资源调度技术研究现状················································81.2.4 自主任务规划··············································································111.2.5研究现状总结··············································································15本章参考文献···································································································16第 2 章 卫星任务规划问题·············································································252.1卫星工作过程··························································································252.1.2 业务流程······················································································292.2 卫星任务规划的基本输入输出要素······················································312.2.1卫星任务规划的基本输入要素··················································312.2.2 卫星任务规划的基本约束条件··················································322.2.3 卫星任务规划的基本输出要素··················································332.3 卫星任务规划问题研究的基本框架······················································342.3.1问题假设与简化··········································································342.3.2 问题求解过程··············································································352.4 本章小结··································································································36参考文献···········································································································36第3 章 卫星任务规划预处理技术·································································373.1 卫星任务规划预处理需求分析······························································373.1.1 面向地面平台的任务规划预处理需求分析······························373.1.2 面向星上平台的任务规划预处理需求分析······························413.1.3卫星任务规划预处理问题特性分析··········································423.2 卫星任务规划预处理框架······································································45VI3.2.1 卫星任务规划预处理框架描述··················································453.2.2 时间-姿态的定义 ········································································463.2.3目标的分解与合成······································································483.2.4 可见时间窗口的计算与处理······················································543.3 面向敏捷卫星的任务处理方法······························································573.3.1 敏捷卫星任务规划预处理主流程··············································573.3.2敏捷卫星与观测目标的可见性计算··········································573.3.3 实验设计与结果分析··································································593.4 面向大区域普查的任务处理方法··························································623.4.1 基于空间向量的大区域交集求解算法······································623.4.2实验设计与结果分析··································································673.5 本章小节··································································································71参考文献···········································································································71第4 章 多星一体任务规划技术·····································································734.1 多星一体任务规划问题分析··································································734.1.1 多星一体任务规划需求分析······················································734.1.2 问题特点与难点分析··································································754.1.3基本假设与数学模型··································································794.2 多星一体任务规划的双层求解框架······················································824.2.1 多星一体任务规划双层求解特性分析······································824.2.2 双层求解规划综合模型······························································854.3多星任务分配与可调度性预测方法······················································924.3.1 多星任务分配与可调度性预测问题分析··································924.3.2 基于集成神经网络的观测资源任务可调度性预测方法··········934.3.3 实验设计与结果分析··································································994.4基于知识型学习算法的双层任务规划模型求解································1044.4.1 基于多维知识型遗传算法的双层任务规划模型求解············1044.4.2 实验设计与结果分析································································1124.5 测控数传一体资源调度技术································································1244.5.1测控数传一体资源调度问题分析············································1244.5.2 测控数传一体资源调度算法····················································1284.5.3 实验设计及结果分析································································1414.6 本章小节······························································································151参考文献·········································································································152VII第5 章 单星任务规划与资源调度技术·······················································1535.1 普查型卫星任务规划技术····································································1535.1.1 普查型卫星任务规划问题特性分析········································1535.1.2 普查星卫星任务规划问题建模与求解····································1595.1.3普查星卫星任务规划应用实例分析········································1815.2 敏捷详查型卫星任务规划技术····························································1985.2.1 面向动作序列的敏捷卫星任务规划数学模型························1985.2.2 敏捷卫星任务规划的前瞻启发式调度算法····························2035.2.3 实验设计及结果分析································································2115.3高轨凝视型卫星任务规划技术····························································2175.3.1 高轨凝视卫星任务规划问题特性分析····································2185.3.2 高轨凝视卫星任务规划问题建模与求解································2195.3.3 高轨凝视卫星任务规划应用实例分析····································2265.4本章小节································································································233参考文献·········································································································234第 6 章 卫星动态滚动任务规划技术···························································2356.1卫星任务规划的动态特性····································································2356.1.1 高分辨率卫星动态观测需求分析············································2356.1.2 卫星动态观测问题描述与特性分析········································2386.2 卫星任务规划的动态滚动模型与求解框架········································2406.2.1协调控制策略模型····································································2406.2.2 滚动窗口设计及触发条件························································2506.3 卫星动态滚动任务规划算法································································2536.3.1 变邻域搜索算法········································································2536.3.2实验设计与结果分析································································2616.4 本章小节································································································270参考文献·········································································································270第7 章 卫星自主任务规划技术···································································2717.1 卫星自主任务规划问题分析································································2717.1.1 卫星自主任务规划需求分析····················································2717.1.2 自主协同规划问题描述及协同规划功能分析························2747.1.3自主协同规划网络结构及协同流程设计············

随着我国高分辨率卫星数量以及对高分辨率成像观测需求的快速增长，高分辨率卫星任务规划技术开始受到日益广泛的重视。

《高分辨率卫星任务规划技术》系统阐述了作者近年来在高分辨率卫星任务规划技术方面的研究成果，主要内容包括绪论、高分辨率卫星任务规划问题、卫星任务规划预处理技术、多星一体任务规划技术、面向不同任务的高分辨率卫星任务规划技术、事件驱动的高分辨率卫星动态滚动任务规划技术、卫星自主任务规划技术、卫星任务规划系统、未来展望等，具有实际应用价值和一定前瞻性。

《高分辨率卫星任务规划技术》可作为相关领域管理人员、工程技术人员以及广大科技工作者研究学习的参考书，也可作为卫星运行管控系统工程实践的依据，对从事高分辨率卫星装备研制、管理的相关教学与研究人员具有较好的借鉴意义。