Command and data handling subsystem of GÖKTÜRK-2 flight model

E. Cinar, O. Turhan
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引用次数: 2

Abstract

The purpose of a command and data handling subsystem of a spacecraft is to ensure that an autonomous control of spacecraft functions is maintained. This must be achieved in order to receive, validate, decode, and distribute commands to other spacecraft subsystems and gather, process, and format spacecraft housekeeping and mission data from all spacecraft subsystems for downlink and use by on-board computer (OBC). Therefore, command and data handling subsystem becomes the brain of the satellite and its reliability, efficiency, autonomy, redundancy and sizing affect all subsystems of spacecraft. This paper describes the details of the command and data handling subsystem of GÖKTÜRK-2 Flight Model. Technical descriptions of each component with their interfaces are presented including their data links. The operational workflow of the subsystem is also presented to show how BiLGE OBC accomplishes this important task by using its software task architecture.
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GÖKTÜRK-2飞行模型的命令与数据处理子系统
航天器的命令和数据处理子系统的目的是确保航天器功能的自主控制得以维持。这必须实现,以便接收、验证、解码和向其他航天器子系统分发命令,并收集、处理和格式化来自所有航天器子系统的航天器内务管理和任务数据,以便下行并由机载计算机(OBC)使用。因此,指挥与数据处理子系统成为卫星的大脑,其可靠性、效率、自主性、冗余性和规模影响着航天器的所有子系统。本文详细介绍了GÖKTÜRK-2飞行模型的命令与数据处理子系统。给出了每个组件及其接口的技术描述,包括它们的数据链接。给出了该子系统的工作流程,展示了BiLGE OBC如何利用其软件任务体系结构来完成这一重要任务。
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