2023年5月第19卷第2期系统仿真技术SystemSimulationTechnologyMay，2023Vol.19，No.2面向体系仿真的敏捷成像卫星系统建模方法高远∗，陆志沣，周金鹏，赖鹏，从光涛（上海机电工程研究所，上海201109）摘要：敏捷成像卫星具有灵巧机动的优点，能够实现对观测任务的快速响应，已获得较广泛的军事应用。基于体系对抗仿真应用背景，采用组件化建模方法构建敏捷成像卫星平台模型、卫星机动组件模型、光学成像传感器组件模型、通信设备组件模型，设计构建卫星地面站模型以及基于任务动态插入的敏捷成像卫星地面任务系统模型。在集成敏捷成像卫星系统仿真系统的基础上，通过仿真试验验证所构建的敏捷成像卫星系统模型能够实现自动化成像任务编排，可模拟敏捷成像侦察过程，有效地支撑卫星作战运用背景下的体系对抗仿真需求。关键词:敏捷成像卫星；体系仿真；系统建模；任务规划；作战支援ModelingMethodofAgileImagingSatelliteSystemforSystem-of-SystemsSimulationGAOYuan∗，LUZhifeng，ZHOUJinpeng，LAIPeng，CONGGuangtao（ShanghaiElectro-MechanicalEngineeringInstitute，Shanghai201109，China）Abstract：Agileimagingsatelliteshavetheadvantagesofdexterityandmaneuverability，andcanachieverapidresponsetoobservationtasks，andhavebeenwidelyusedinmilitaryapplications.Basedonthesimulationapplicationbackgroundofsystemconfrontation，theagileimagingsatelliteplatformentitymodel，orbitalmaneuveringmodel，opticalimagingsensormodel，andcommunicationequipmentmodelareconstructedusingtheideaofcomponentmodeling.Thesatellitegroundstationmodelandtheagileimagingsatellitegroundmissionsystemmodelbasedontaskdynamicinsertionaredesignedandconstructed.Onthebasisofintegratingthesimulationsystemoftheagileimagingsatellitesystem，thesimulationtestshowsthattheconstructedagileimagingsatellitecanautomaticallyrealizetheimagingtaskarrangement，simulatetheagileimagingreconnaissanceprocess，andeffectivelysupportthesystemcountermeasuresimulationrequirementsunderthebackgroundofsatelliteoperations.Keywords：agileimagingsatellite；systemsimulation；systemmodeling；missionplanning；combatsupport近年来，敏捷成像卫星技术迅猛发展，因其卫星平台的灵巧性及成像载荷的工作模式多样性，能够更为快...
