试验立方体故障模拟中延迟范围的计算

S. Kajihara, Shinji Oku, K. Miyase, X. Wen, Yasuo Sato
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引用次数: 0

摘要

针对带有x的测试模式,提出了一种三值故障模拟中延迟值的计算方法。由于将逻辑值分配给测试多维数据集中的x后,测试多维数据集中每个故障的可检测延迟大小是固定的,因此本文提出的方法计算测试多维数据集中覆盖的测试模式的延迟值范围。通过使用该方法,我们可以推导出测试立方体所覆盖的测试模式的最低测试质量和最高测试质量。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On calculation of delay range in fault simulation for test cubes
This paper proposes a method to compute delay values in 3-valued fault simulation for test cubes which are test patterns with Xs. Because the detectable delay size of each fault by a test cube is fixed after assigning logic values to the Xs in the test cube, the proposed method computes a range of the delay values of the test patterns covered by the test cube. By using the proposed method, we can derive the lowest test quality and the highest test quality of test patterns covered by the test cube.
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