工作进展:HPC作业状态预测的主题建模

Alexandra DeLucia, Elisabeth Baseman
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引用次数: 3

摘要

随着高性能计算接近百亿亿次时代,计算机自动监控的进展变得越来越重要。由于监视数据(如系统日志、作业日志和温度报告)的数量庞大,监视将不再能够仅依赖于人类专家。由于人类分析师无法跟上每天tb级的监控数据,因此我们求助于统计机器学习社区的技术来协助分析监控数据。具体来说,我们使用机器学习技术,使用从系统日志消息中提取的特征来预测计算作业结果。我们的初步结果表明,从日志消息中提取的统计主题不仅提供了与作业结果相关的信号,而且相关性足够强,以至于两种规范分类算法仅使用主题分布和基本时间信息作为特征就可以获得非常高的预测性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Work in Progress: Topic Modeling for HPC Job State Prediction
As high performance computing approaches the exascale era, progress in automatic computer monitoring becomes increasingly important. Monitoring will no longer to able to rely only on human experts, due to the overwhelming amount of monitoring data, such as system logs, job logs, and temperature reports. Because a human analyst cannot keep up with terabytes of monitoring data per day, we turn to techniques from the statistical machine learning community to assist with analysis of monitoring data. Specifically, we use machine learning techniques predict compute job outcomes using features extracted from system log messages. Our preliminary results show that not only do statistical topics extracted from log messages provide a signal correlated with job outcome, but that the correlation is strong enough that two canonical classification algorithms can achieve very high predictive performance using only topic distributions and basic temporal information as features.
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