基于AOS的卫星数据传输系统自动验证系统设计

Zheren Long, Lede Qiu, Wenliang Zhu, Liangyu Zhong, Zhicao Song, Wei Song
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摘要

为了满足空间数据系统的数据传输需求,空间数据系统咨询委员会(CCSDS)提出了先进轨道系统。根据AOS空间数据链协议,利用卫星上的数据传输系统将不同类型的有效数据从空间传输到地面。虽然现有一些数据传输系统的验证系统,但它们只能适用于某些特定的卫星。本文在空间通信协议参考模型的基础上,提出了一种卫星数据传输系统的自动化可扩展验证系统,将来自不同虚拟信道的有效数据实时隔离,由不同的处理分析软件读取。在作为交互界面的控制和分析设备中设置适当的指令后,系统自动检查数据。验证结果表明,所提出的自动验证系统在17个虚拟信道下以800Mbps的速率接收AOS传输帧时运行良好。
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The Design of Automated Validation System for Satellite Data Transmission System Based on AOS
In order to satisfy data transmission in space data system, advanced orbiting systems(AOS) is proposed by consultative committee for space data systems(CCSDS). According to AOS space data link protocol, data transmission system in satellite is used to transfer valid data of different type from space to ground. Although there exist some validation systems for data transmission system, they can be applied to some specifical satellites only. In this paper, based on space communications protocols reference model, we propose an automated extensible validation system for satellite data transmission system, while the valid data from different virtual channel are separated exclusively in real-time, to be read by different processing and analyzing software. After configuring instructions appropriately in control and analysis equipment, which acts as the interactive interface, the system checks the data automatically. Validation results demonstrate that, the proposed automated validation system works well when receiving AOS transfer frame at rate of 800Mbps with seventeen virtual channels.
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