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Effectively Using Machine Learning to Expedite System Level Test Failure Debug

机译:有效地使用机器学习来加速系统级测试失败调试

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In this contribution, a machine learning based algorithm to classify system level test failures is proposed. A system level test failure is first modeled as a point in a multidimensional feature space. Then, such failure is classified into a pre-determined failure class, using the multi-class Support Vector Machine classifier, via the one-versus-one approach. When the proposed algorithm is automatically applied to a population of failing system level test failures, defect part per million failure trends can be produced, and used to prioritize debug activities. The proposed algorithm was successfully implemented in the latest Intel
机译:为此,提出了一种基于机器学习的算法来对系统级测试失败进行分类。首先将系统级测试失败建模为多维特征空间中的一个点。然后,使用多类支持向量机分类器,通过一对多的方法将此类故障分类为预定的故障类别。当将所提出的算法自动应用于大量失败的系统级测试失败时,可以产生百万分之几的缺陷趋势,并用于对调试活动进行优先级排序。所提出的算法已成功在最新的英特尔中实现

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