Communication Architecture for CubeSats

Hayden Roszell, Joshua Parmenter, Hayden T. West, A. I. Sulyman
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Abstract

This paper presents the Ground Station (GS) and on-board computer (OBC) communication architectures developed for a CubeSat project at Embry-Riddle Aeronautical University (ERAU). We discussed the GS hardware and software architectures, the OBC system onboard the CubeSat, and the communication protocols used for the exchange of telemetry data and control signals between the GS and the OBC. Unlike the terrestrial wireless system that has a well-organized standard, there is not a unique global or regional standard for satellite systems development. Therefore, any documentation of individual experience in the development of satellite system, as is done in this paper, is a useful contribution to knowledge.
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立方体卫星通信体系结构
本文介绍了安柏瑞德航空大学(ERAU)为立方体卫星项目开发的地面站(GS)和机载计算机(OBC)通信体系结构。我们讨论了卫星导航系统的硬件和软件架构、卫星导航系统以及卫星导航系统和卫星导航系统之间用于遥测数据和控制信号交换的通信协议。与地面无线系统有一个组织良好的标准不同,卫星系统的发展没有一个独特的全球或区域标准。因此,任何关于卫星系统发展的个人经验的文件,如本文所做的,都是对知识的有益贡献。
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