nmpst8可靠多处理器:TRL6验证-初步结果

J. Samson, E. Grobelny
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引用次数: 9

摘要

空间探索、科学和自主任务需要不断增加的带宽和处理能力,因此在太空中应用高性能COTS处理器进行机载计算的能力正成为一项关键需求。到目前为止,可靠多处理器(DM)技术已经作为美国宇航局新千年计划(NMP) ST8(空间技术8)项目的一部分得到了发展。DM是ST8飞行实验选择的四种技术之一。NMP ST8工作的目标是在一个架构和软件框架中结合高性能、容错单束辐射、基于cots的集群处理和容错单束辐射的中间件,该架构和软件框架能够支持各种任务应用。可靠多处理器项目的目标是提供航天器/有效载荷处理能力,速度是目前可用速度的10 - 100倍,实现迄今为止无法实现的科学和自主水平。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
NMP ST8 dependable multiprocessor: TRL6 validation — preliminary results
Space exploration, science, and autonomy missions are requiring ever-increasing bandwidth and processing capacity to the extent that the ability to apply high-performance COTS processors for onboard computing in space is becoming a critical need. To date, Dependable Multiprocessor (DM) technology has been developed as part of NASA's New Millennium Program (NMP) ST8 (Space Technology 8) project. DM was one of four technologies selected for the ST8 flight experiment. The objective of the NMP ST8 effort is to combine high-performance, SEU-tolerant, COTS-based cluster processing and SEU-tolerant middleware in an architecture and software framework capable of supporting a wide variety of mission applications. The goal of the Dependable Multiprocessor project is to provide spacecraft/payload processing capability at speeds 10x — 100x of what is available today, enabling heretofore unrealizable levels of science and autonomy.
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