Highly reliable on-board computer software design and verification for space radiation

Ping Wang, Xuemei Zhu, Gang Fang, J. Ma, guangcan mao
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引用次数: 0

Abstract

In this paper, the on-board computer software and its reliability design of a micro-satellite are analyzed. Because the satellites can’t be repaired while flying in the space, it should be as reliable as possible. The micro-satellite on-board computer adopts the dual-computer redundancy method, and uses the dual-computer communication to realize the system operation state recovery and hold when the host and standby computer switch, and some reliability design of the computer hardware in the space environment is realized and completed by the software. The space flight test proves that the micro-satellite on-board computer software is safe and reliable. This paper introduces the main features of the microsatellite's On-board Data Handling software and the reliability design technology adopted, which reflects the microsatellite's On-Board Data Handling software's main design technology in terms of reliability.
空间辐射高可靠性星载计算机软件设计与验证
本文对某微型卫星星载计算机软件及其可靠性设计进行了分析。因为卫星在太空中飞行时无法修复,所以它应该尽可能可靠。微卫星星载计算机采用双机冗余方式,利用双机通信实现主备机切换时系统运行状态的恢复与保持,并通过软件实现和完成空间环境下计算机硬件的一些可靠性设计。空间飞行试验证明,微卫星星载计算机软件安全可靠。介绍了微卫星星载数据处理软件的主要特点和采用的可靠性设计技术,从可靠性方面反映了微卫星星载数据处理软件的主要设计技术。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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