斯塔凡:故障模拟的替代方案

Sunil K. Jain, V. Agrawal
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引用次数: 103

摘要

统计故障分析(STAFAN)是数字电路故障仿真的一种替代方法。在此分析中,电路节点的可控性和可观察性被定义为根据无故障仿真得到的信号统计估计的概率。为处理扇出节点和反馈节点的这些数量,开发了特殊程序。计算得到的概率用于对给定输入向量集的故障检测概率和总体故障覆盖率进行无偏估计。实际电路的故障覆盖率和未检测到的故障数据与故障模拟器的结果吻合良好。STAFAN给无故障模拟器增加的计算复杂度仅随电路节点的数量线性增长。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
STAFAN: An Alternative to Fault Simulation
STAtistical Fault ANalysis (STAFAN) is proposed as an alternative to fault simulation of digital circuits. In this analysis, controllabilities and observabilities of circuit nodes are defined as probabilities which are estimated from signal statistics obtained from fault-free simulation. Special procedures are developed for dealing with these quantities at fanout nodes and at feedback nodes. The computed probabilities are used to derive unbiased estimates of fault detection probabilities and overall fault coverage for the given set of input vectors. Fault coverage and the undetected fault data obtained from STAFAN for actual circuits are shown to agree favorably with the fault simulator results. The computational complexity added to a fault-free simulator by STAFAN grows only linearly with the number of circuit nodes.
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