Defect Level Estimation of Random and Pseudorandom Testing

W. Jone
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引用次数: 1

Abstract

In this work, sequential statistical analysis has been applied to determine the defect level of random and pseudorandom testing. Results derived using worst case analysis show that the defect level of pseudorandom testing is always no larger than the defect level of random testing. We also find that the defect level of random testing is a good approximation to that of pseudorandom testing, only if either the yield or circuit detectability is high.
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随机和伪随机测试的缺陷水平估计
在这项工作中,顺序统计分析已被应用于确定随机和伪随机测试的缺陷水平。利用最坏情况分析得到的结果表明,伪随机测试的缺陷水平总是不大于随机测试的缺陷水平。我们还发现,随机测试的缺陷水平与伪随机测试的缺陷水平是一个很好的近似,只有在良率或电路可检测性都很高的情况下。
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REAL-TIME DATA COMPARISON FOR GIGAHERTZ DIGITAL TEST REFINED BOUNDS ON SIGNATURE ANALYSIS ALIASING FOR RANDOM TESTING IMPLEMENTING BOUNDARY-SCAN AND PSEUDO-RANDOM BIST IN AN ASYNCHRONOUS TRANSFER MODE SWITCH ADVANCED MIXED SIGNAL TESTING BY DSP LOCALIZED TESTER AN IEEE 1149.1 BASED LOGIC/SIGNATURE ANALYZER IN A CHIP
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