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A Statistical Approach to Predict Operating System Failures Based on Multiple Failures Association

机译:基于多重故障关联的预测操作系统故障的统计方法

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Empirical studies have shown robust evidence of OS failure patterns characterized by multiple combinations of failure events composed of the same or different failure types. In this paper, we present a statistical approach to predict OS failures based on multiple failures association. Once we identify systematic failure associations in field data, then we compute the probability of a given failure to occur within a time interval upon the occurrence of a particular pattern of preceding failures. Due to the nature of the failure data, in which the failure types must be handled as categorical variables, we used the logistic regression method to tackle our research problem - especially its variant multinomial logistic regression. Our approach was able to predict OS failures with good to high accuracy (81% to 95%). The resulting regression models proved robust enough to deal with different prediction time intervals with no degrading effect on their accuracy.
机译:经验研究表明了由由相同或不同的故障类型组成的失败事件的多种组合的特征的稳健证据。在本文中,我们提出了一种基于多个故障关联的统计方法来预测OS故障。一旦我们识别现场数据中的系统故障关联,那么我们将在发生前一失败的特定模式的时间间隔内来计算给定失败的概率。由于失败数据的性质,其中必须将故障类型作为分类变量处理,我们使用了逻辑回归方法来解决我们的研究问题 - 尤其是其变体多项式逻辑回归。我们的方法能够预测高精度(81%至95%)的操作系统失败。由此产生的回归模型已经证明了足够强大的,以处理不同的预测时间间隔,没有对其准确性的劣化影响。

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