System-level architecture for mixed criticality applications on MPSoC: A space application

Stefano Esposito, M. Violante
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引用次数: 4

Abstract

This paper discusses SEE effects in an architecture based on commercial-off-the-shelf multicore processors for consolidating mixed criticalities applications in single board computers for space applications. This paper builds on previously proposed system-level architectures for mixed-criticality applications, describing them both for convenience together with the previous validation results. The paper proposes a case study on a real space application. Based on reliability and availability requirements of a European Space Agency mission, the paper shows how the proposed solutions can meet availability requirements in two different radiation environments.
MPSoC上混合关键应用的系统级架构:空间应用
本文讨论了基于商用现成多核处理器的体系结构中的SEE效应,该体系结构用于整合用于空间应用的单板计算机中的混合临界应用。本文建立在先前提出的混合临界应用程序的系统级架构的基础上,为了方便起见,将它们与先前的验证结果一起描述。本文提出了一个实际空间应用的案例研究。基于欧洲航天局任务的可靠性和可用性要求,本文展示了所提出的解决方案如何满足两种不同辐射环境下的可用性要求。
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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