Client-Side Monitoring of HTTP Clusters Using Machine Learning Techniques

R. Filipe, Filipe Araújo
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引用次数: 1

Abstract

Large online web sites are supported in the back-end by a cluster of servers behind a load balancer. Ensuring proper operation of the cluster with minimal monitoring efforts from the load balancer is necessary to ensure performance. Previous monitoring efforts require extensive data from the system and fail to include the client perspective. We monitor the cluster using machine learning techniques that process data collected and uploaded by web clients, an approach that might complement system-side information. To experiment our solution, we trained the machine learning algorithms in a cluster of 10 machines with a load balancer and evaluated the results of these algorithms when one of the machines is overloaded. While a fine-grained view of the state of the machines, may require much effort to accomplish, given the compensation effect of the remaining healthy machines, the results show that we can achieve a coarse grained view of the entire system, to produce relevant insight about the cluster.
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使用机器学习技术的HTTP集群客户端监控
大型在线网站在后端由负载平衡器后面的服务器集群支持。以最小的负载平衡器监控确保集群的正常运行是确保性能的必要条件。以前的监测工作需要来自系统的大量数据,而没有包括客户的观点。我们使用机器学习技术监控集群,该技术处理由web客户端收集和上传的数据,这种方法可能会补充系统端信息。为了实验我们的解决方案,我们在一个由10台机器组成的集群中使用负载平衡器训练机器学习算法,并在其中一台机器过载时评估这些算法的结果。虽然机器状态的细粒度视图可能需要很多努力才能完成,但考虑到剩余健康机器的补偿效应,结果表明我们可以实现整个系统的粗粒度视图,以产生有关集群的相关见解。
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