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航天器远程导引变轨方案设计数字化平台
引用本文:李仕海,孟占峰,韩潮.航天器远程导引变轨方案设计数字化平台[J].系统仿真学报,2008,20(21):5802-5806.
作者姓名:李仕海  孟占峰  韩潮
作者单位:上海宇航系统工程研究所,北京航空航天大学宇航学院
摘    要:卫星工具包STK(Satellite Tool Kit)具有强大的仿真演示功能,而设计能力不足.利用STK/X模块,进行VC 和STK的无缝连接,通过使用STK/Astrogator模块的轨道机动仿真功能和STK地图窗口、三维窗口的演示功能,实现集远程导引变轨方案的设计、修正、仿真、演示于一体的数字化平台.该平台实现了远程导引变轨方案设计的全数字化,快速化,并提供良好的图形用户界面、飞行方案的数据库管理和丰富的数据报表和图形,为变轨方案的优选、优化和验证提供基础.

关 键 词:航天器  轨道机动  数字化  卫星工具包

Digital Platform for Spacecraft Orbital Transfer Scheme Design of Long—distance Guidance
LI Shi-hai,MENG Zhan-feng,HAN Chao.Digital Platform for Spacecraft Orbital Transfer Scheme Design of Long—distance Guidance[J].Journal of System Simulation,2008,20(21):5802-5806.
Authors:LI Shi-hai  MENG Zhan-feng  HAN Chao
Abstract:Satellite Tool Kit(STK)has great ability of simulation and visualization,but its design ability is weak.By using STK/X module to link VC and STK seamlessly,digital platform was built which integrated design,correction,simulation,and visualization capability of orbital transfer scheme.The orbital transfer's simulation ability of STK/Astrogator module and the animation visualization ability of STK were used in the integrated software platform.The platform implemented digital and rapid design of orbital transfer scheme,and provided friendly graphics user interface,database management for fight scheme,detailed data reports and curves,which could be used to optimize and verify the orbital transfer scheme.
Keywords:spacecraft  orbital transfer  digitization  satellite tool kit
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