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Auto-scaling Strategy for Amazon Web Services in Cloud Computing

机译:云计算中亚马逊Web服务的自动扩展策略

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Auto scaling mechanisms have become a typical paradigm in cloud computing environments. Such mechanisms can increase or minimize the number of virtual machines according to user demands, consequently achieving pay-per-use objectives. However, auto scaling mechanisms provided by infrastructure-as-a-service providers must strictly follow user-defined thresholds, the drawback of such mechanisms is that they cannot respond to real-time Internet traffic loads by following user-defined thresholds. Therefore, we propose a dynamic threshold adjustment strategy that can expedite the creation of virtual machines according to workload demands. The proposed strategy can reduce the web application response time and error rate when the system is under a heavy workload. In addition, it can expedite the release of virtual machines to reduce virtual machine running time when the system is under a light workload. According to our experimental results, we found that CPU-intensive web applications require an excellent threshold control strategy. Therefore, the proposed strategy can satisfy this requirement by effectively reducing the response time of applications, virtual machine running time, and error rate.
机译:自动缩放机制已成为云计算环境中的典型范例。这种机制可以根据用户需求增加或最小化虚拟机的数量,从而实现每次使用付费目标。但是,由基础架构 - AS-Service提供商提供的自动缩放机制必须严格遵循用户定义的阈值,这些机制的缺点是它们无法通过遵循用户定义的阈值来响应实时互联网流量负载。因此,我们提出了一种动态阈值调整策略,可以根据工作量需求加快创建虚拟机。当系统处于繁重的工作量时,所提出的策略可以减少Web应用程序响应时间和错误率。此外,它还可以加快虚拟机的释放,以减少系统在灯工作量下的虚拟机运行时间。根据我们的实验结果,我们发现CPU密集型Web应用需要出色的阈值控制策略。因此,所提出的策略可以通过有效地减少应用程序,虚拟机运行时间和错误率的响应时间来满足此要求。

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