Connecting different worlds — Technology abstraction for reliability-aware design and Test

Ulf Schlichtmann, V. Kleeberger, J. Abraham, A. Evans, C. Gimmler-Dumont, M. Glaß, A. Herkersdorf, S. Nassif, N. Wehn
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引用次数: 7

Abstract

The rapid shrinking of device geometries in the nanometer regime requires new technology-aware design methodologies. These must be able to evaluate the resilience of the circuit throughout all System on Chip (SoC) abstraction levels. To successfully guide design decisions at the system level, reliability models, which abstract technology information, are required to identify those parts of the system where additional protection in the form of hardware or software coun-termeasures is most effective. Interfaces such as the presented Resilience Articulation Point (RAP) or the Reliability Interchange Information Format (RIIF) are required to enable EDA-assisted analysis and propagation of reliability information. The models are discussed from different perspectives, such as design and test.
连接不同的世界——可靠性感知设计和测试的技术抽象
在纳米范围内,器件几何形状的迅速缩小需要新的技术意识设计方法。这些必须能够评估电路在所有片上系统(SoC)抽象级别中的弹性。为了成功地指导系统级的设计决策,需要抽象技术信息的可靠性模型来识别系统的那些部分,在这些部分中,以硬件或软件反措施形式的附加保护是最有效的。需要诸如弹性连接点(RAP)或可靠性交换信息格式(RIIF)之类的接口来实现eda辅助的可靠性信息分析和传播。从设计和测试等不同角度对模型进行了讨论。
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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