Elastic resource management for heterogeneous applications on PaaS

Hao Wei, Shurui Zhou, Ting Yang, Rui Zhang, Qianxiang Wang
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引用次数: 3

Abstract

Elastic resource management is one of the key characteristics of cloud computing systems. Existing elastic approaches focus mainly on single resource consumption such as CPU consumption, rarely considering comprehensively various features of applications. Applications deployed on a PaaS are usually heterogeneous. While sharing the same resource, these applications are usually quite different in resource consuming. How to deploy these heterogeneous applications on the smallest size of hardware thus becomes a new research topic. In this paper, we take into consideration application's CPU consumption, I/O consumption, consumption of other server resources and application's request rate, all of which are defined as application features. This paper proposes a practical and effective elasticity approach based on the analysis of application features. The evaluation experiment shows that, compared with traditional approach, our approach can save up to 32.8% VMs without significant increase of average response time and SLA violation.
PaaS上异构应用程序的弹性资源管理
弹性资源管理是云计算系统的关键特征之一。现有的弹性方法主要关注单一资源的消耗,如CPU消耗,很少综合考虑应用程序的各种特性。部署在PaaS上的应用程序通常是异构的。虽然共享相同的资源,但这些应用程序在资源消耗方面通常有很大的不同。如何在最小的硬件上部署这些异构应用成为一个新的研究课题。本文将应用程序的CPU消耗、I/O消耗、其他服务器资源消耗和应用程序的请求率等因素定义为应用程序的特征。本文在分析应用特点的基础上,提出了一种实用有效的弹性方法。评估实验表明,与传统方法相比,我们的方法可以节省高达32.8%的vm,而平均响应时间和SLA违规情况没有明显增加。
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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