Evolution Analysis and Maintenance Control Strategy Study on LEO Mega-Constellation Configuration
In view of the configuration maintenance control problem of low-Earth-orbit(LEO)mega-constellations,a process for the evolution analysis and maintenance control of constellation configuration is established.The process is suitable for the constellation configuration evolution analysis and maintenance control of LEO Walker satellites of 1 000 magnitude.The relative configuration preservation method without mean drift deviation is used to analyze the constellation configuration evolution,which not only effectively minimizes the control frequency,but also balances the control satellite distribution.Besides,a free segment maintenance strategy is adopted to orderly plan the control timing and position of each satellite,which realizes an orderly and decentralized control in time and space dimensions.The presented process and method reduce the negative impact on constellation service performance,and offer a significant advancement in the field of mega-constellation configuration maintenance control.
国家科技期刊平台
NSTL
万方数据
维普
