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Truesource: A True Performance for Hierarchical Cloud Monitoring

机译:Truesource:分层云监控的真正性能

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Monitoring application performance over IT infrastructure is common practise for cloud providers, and is the foundation for ensuring the health of systems and quality of service for users. However, with the architecture of cloud computing allowing the allocation and provision of resources to be set at several layers, the scope for potential performance issues is increased and as a result increases the time and effort required to detect any issues. Cloud implementations often mean a reduction in IT staff, who are traditionally responsible for problem solving. Therefore monitoring must become automatic, dynamic and proactive compared to responsive and traditional 'fire fighting' approaches. In this paper, we look at the hierarchy of cloud computing and its effects on monitoring. With Cloud computing having several levels where resources can be allocated, as a result these can also form restrictions on the system, this increases the number of problem areas that support teams have to monitor, to avoid adverse effects on other parts of the cloud architecture where conflicts for resources can occur between applications and at different segments of the hierarchy.
机译:在IT基础架构上监视应用程序性能是云提供商的常规做法,并且是确保系统运行状况和用户服务质量的基础。但是,有了云计算的体系结构,可以在几层设置资源的分配和提供,潜在性能问题的范围就增加了,结果增加了检测任何问题所需的时间和精力。云实施通常意味着减少IT人员,这些人员通常负责解决问题。因此,与响应式和传统“消防”方法相比,监视必须变得自动化,动态和主动。在本文中,我们研究了云计算的层次结构及其对监视的影响。由于云计算具有可分配资源的多个级别,因此这些资源也可能对系统构成限制,这增加了支持团队必须监控的问题区域的数量,以避免对云架构的其他部分产生不利影响资源之间的冲突可能发生在应用程序之间以及层次结构的不同部分。

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