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Exact Delay Fault Coverage in Sequential Logic Under Any Delay Fault Model

机译:在任何延迟故障模型下,时序逻辑中的精确延迟故障覆盖率

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A novel function-based method for error propagation is proposed for exact delay fault coverage, using a single rated clock for fault activation under any delay fault model. Sequential circuits without full scan are considered. A latched error at a flip-flop represents one or more delay faults and is allowed to propagate to an observable point with or without the support of other latched errors. Existing methods allow only one flip-flop to have an error during the propagation phase to simplify the process of error propagation at the expense of decreased fault coverage. The advantage of the proposed method is demonstrated experimentally using the path-delay-fault model with more than 20% improvement in fault coverage
机译:提出了一种新的基于函数的错误传播方法,用于精确的延迟故障覆盖,使用单个额定时钟在任何延迟故障模型下激活故障。考虑没有完全扫描的顺序电路。触发器上的锁存错误表示一个或多个延迟故障,并在有或没有其他锁存错误支持的情况下允许传播到可观察点。现有方法仅允许一个触发器在传播阶段出现错误,从而以减少故障覆盖范围为代价,简化了错误传播的过程。使用路径延迟故障模型通过实验证明了该方法的优势,故障覆盖率提高了20%以上

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