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The decision trees and the optimization of resources in Big Data solutions

机译:决策树和大数据解决方案中资源的优化

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every day, we see that a quantitative explosion of digital data has forced researchers to find new strategies to collect, store, analyze and visualize data. In the context of storage and processing of a large massive amount of data we find a lack of powerful tools to master and control them. Also, during the process of executing tasks in real time in clustered IT platforms, we encounter the problem of optimizing parallel tasks. So we will propose in this article a method based on the algorithm of decision trees as an interpretable machine learning algorithm which can allow us to evaluate the impact of certain characteristics on the variable of the task execution time. This decision tree algorithm is useful and it helps us understand how we can optimize the different parameters that affect workloads in clustered applications. We can thus optimize the number of tasks in Big Data clustered applications without failure and performance degradation.
机译:每天,我们都看到数字数据的量化爆炸已强制研究人员找到收集,存储,分析和可视化数据的新策略。在存储和处理大量数据的过程中,我们发现缺乏强大的工具来掌握和控制它们。此外,在将任务实时执行群集IT平台的过程中,我们遇到了优化并行任务的问题。因此,我们将在本文中提出基于决策树算法的方法作为可解释的机器学习算法,这可以允许我们评估任务执行时间的变量上的某些特性的影响。该决策树算法很有用,有助于我们了解我们如何优化影响群集应用程序中的工作负载的不同参数。因此,我们可以在没有故障和性能下降的情况下优化大数据集群应用程序中的任务数。

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