Debugging Xilinx Zynq-7000 SoC Processor Caches during Linux System Execution under Proton Irradiation

M. Jaksch, J. Budroweit, F. Stehle
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引用次数: 2

Abstract

Caches are vitally important for the performance in modern CPUs. But they also bear great potential for malfunction when put under irradiation. Hence, trade-offs have to be made for either performance or reliability.In this paper we present a deeper insight on the CPU caches, their influence in a running operating system and possible reasons for their malfunction. Therefore, a proton source with 230 MeV was used to target an ARM Cortex A9 in a Zynq-7000, running an embedded Linux with KGDB. As a result, we tested three different cache configurations, which showed three distinct error cases. This can help to improve the understanding of system malfunctions due to radiation and build useful mitigation techniques.
在质子辐射下调试Linux系统运行中的Xilinx Zynq-7000 SoC处理器缓存
缓存对于现代cpu的性能至关重要。但它们在辐照下也有很大的故障可能性。因此,必须在性能和可靠性之间做出权衡。在本文中,我们更深入地了解了CPU缓存,它们在运行操作系统中的影响以及它们故障的可能原因。因此,使用230 MeV的质子源靶向Zynq-7000中的ARM Cortex A9,运行带有KGDB的嵌入式Linux。因此,我们测试了三种不同的缓存配置,它们显示了三种不同的错误情况。这有助于提高对辐射引起的系统故障的理解,并建立有用的缓解技术。
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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