设计航天器载具的指挥测量系统设备的特点,从地面站控制其在其覆盖区域内和在其外

N. N. Bulgakov, V. Alybin, A. A. Krivoshein
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引用次数: 2

摘要

考虑了命令测量系统(CMS)设计的设计原则和初始数据,该系统旨在控制低轨道航天器(SC)和SC,设计用于在地球静止轨道上运行,在其输出到国家安全服务的阶段。CMS包含两个控制回路——在CMS地面站和SC之间,以及在CMS、卫星中继和SC之间,允许在整个轨道飞行中对SC进行控制。讨论了机载CMS设备创建中存在的问题及解决方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design features of the spacecraft vehicle onboard equipment of the command-measuring system to control it in the zone of its coverage from a ground station and outside it
Principle of design and initial data for design of a command-measuring system (CMS), intended to control the low-orbit spacecraft (SC) and SC, designed to operate on the geostationary orbit at the stage of their output to the state security service are considered. With two control loops, as contained in CMS - between the ground station of CMS and SC and between the CMS, satellite-relay and SC, allows providing control of SC throughout its orbit flight. The problem questions of creation of CMS onboard equipment and ways of their solution are discussed.
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