Efficiency enhancement of the space low-orbit system GONETS

V. Arbuzov, E. Korchagin, A. Deev, G. Phaleev
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引用次数: 0

Abstract

The Scientific Production Institute for Applied Mechanics (NPO PM) is developing the GONETS low-orbit space communication system. The system exploits small size satellites (up to 250-280 kg). GONETS satellites are not equipped with a correction subsystem. Therefore the task is to improve the efficiency of the space communication system to correct the orbit parameters without satellite modification, increasing the number of satellites in the orbital group and without changing the type of launch vehicle used. To tackle this task the specialists and engineers of NPO PM carried out investigations into the influence of the compensation accuracy of the initial injection errors and the orbit keeping accuracy on the time probability response (any time during which the communication session will probably take place). They designed a simulation model to carry out their investigations.
空间低轨道系统GONETS的效率提升
应用力学科学生产研究所(NPO PM)正在开发GONETS低轨道空间通信系统。该系统利用小型卫星(最大250-280公斤)。GONETS卫星没有配备校正子系统。因此,在不修改卫星、增加轨道群卫星数量、不改变运载火箭类型的前提下,提高空间通信系统修正轨道参数的效率是当前的任务。为了解决这一问题,NPO PM的专家和工程师对初始注入误差的补偿精度和轨道保持精度对时间概率响应(可能发生通信会话的任何时间)的影响进行了调查。他们设计了一个模拟模型来进行调查。
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