可靠多处理器立方体卫星技术发展的最新进展

J. Samson
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引用次数: 21

摘要

自2010年9月以来,当陆军空间实验审查委员会建议将可靠多处理器(DM)立方体卫星塞尔维亚项目与SMDC大功率纳米卫星塞尔维亚项目合并,作为SMDC技术卫星项目进行时,正在进行的霍尼韦尔DM项目一直支持SMDC技术卫星的集成工作。这项工作包括参与2011年5月成功的PDR, 2011年9月成功的平板卫星演示,以及关键的风险和潜在成本降低工作,包括改进DM有效载荷设计以适应SMDC TechSat的可用空间,定义DM/SMDC TechSat航天器接口,支持SMDC立方体卫星的3D建模,以及DM立方体卫星试验台的开发,这是SMDC TechSat平板卫星演示的DM部分的基础。本文简要介绍了DM技术,重点介绍了DM立方体卫星试验台及其在SMDC TechSat平板卫星演示中的应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Update on Dependable Multiprocessor CubeSat technology development
Since September 2010, when the Army SERB (Space Experiments Review Board) recommended the Dependable Multiprocessor (DM) CubeSat SERB project be merged with SMDC High Power Nano-Satellite SERB project to proceed as the SMDC TechSat project, the ongoing Honeywell DM project has supported the integrated SMDC TechSat effort. This effort included participation in the successful PDR in May 2011, participation in the successful Flat-Sat Demo in September 2011, and key risk and potential cost reduction efforts including refining the DM payload design to fit the space available in the SMDC TechSat, defining the DM/SMDC TechSat spacecraft interfaces, supporting 3D modeling of the SMDC CubeSat, and the development of the DM CubeSat Testbed, which was the basis for the DM portion of the SMDC TechSat Flat-Sat Demo. The paper includes a brief overview of DM technology and focuses on the DM CubeSat Testbed and its application in the SMDC TechSat Flat-Sat Demo.
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