Dynamic fault diagnosis framework for virtual machine rolling upgrade operation in google cloud platform

A. Cauveri, R. Kalpana
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引用次数: 1

Abstract

Now a day's failure of system outages in cloud application is the main drawbacks of cloud environment. It reduces the economic losses for the business environment. Anomaly detection in the cloud system will reduce the loss. Anomaly detection at the user end is difficult, particularly Rolling Upgrade operation. Due to the enormous anomaly the operations are indistinguishable. It is very difficult to find the faults or anomalies. Current system fails to provide reliable assurance of successful execution to the system. Proposed anomaly detection using Decision tree J48 classifier giving the reliable assurance during running virtual machine upgrade operation. The proposed method was evaluated on the Google Cloud Platform. It will give the high precision, recall, accuracy to the cloud environment.
谷歌云平台虚拟机滚动升级操作的动态故障诊断框架
目前,云应用系统一天的故障中断是云环境的主要弊端。它减少了商业环境的经济损失。云系统中的异常检测将减少损失。用户端异常检测比较困难,尤其是滚动升级操作。由于巨大的异常,操作无法区分。发现断层或异常是非常困难的。当前系统无法为系统的成功执行提供可靠的保证。提出了使用决策树J48分类器进行异常检测,为虚拟机升级操作的运行提供了可靠的保证。在Google云平台上对该方法进行了评估。它将为云环境提供高精度、召回率、准确性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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