A software approach to improving cloud computing datacenter energy efficiency and enhancing security through Botnet detection

R. Dinita, A. Winckles, G. Wilson
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引用次数: 1

Abstract

This work presents positive experiment results on the efficiency and security potential of an optimized and novel approach to an Autonomous Management Distributed System (AMDS) running in a Cloud Computing environment. The results validate the AMDS software design and demonstrate its potential as an industrial application to be used in modern datacenters. On one hand, from an operational performance point of view, they show the AMDS' ability of reconfiguring itself on the fly, thus resulting in 14 percent increased efficiency over the lifetime of the first experiment. On the other hand, they show an overall malicious (Botnet) data packet detection rate of over 52 percent, a significant percentage for only 5000 network data samples analyzed by the Botnet software module plugged into the AMDS. Both experiments have been performed in a VMWare run cloud environment, however due to the AMDS' abstract architecture, it has the potential to interface with any existing cloud management system that exposes an API.
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一种通过僵尸网络检测提高云计算数据中心能源效率和增强安全性的软件方法
这项工作提出了在云计算环境中运行的自治管理分布式系统(AMDS)的优化和新方法的效率和安全潜力的积极实验结果。结果验证了AMDS软件设计,并展示了其作为工业应用程序用于现代数据中心的潜力。一方面,从操作性能的角度来看,他们展示了AMDS在飞行中重新配置自身的能力,从而在第一次实验的生命周期内提高了14%的效率。另一方面,它们显示出总体恶意(僵尸网络)数据包检测率超过52%,这是插入AMDS的僵尸网络软件模块仅分析了5000个网络数据样本的显着百分比。这两个实验都是在VMWare运行的云环境中进行的,但是由于AMDS的抽象架构,它有可能与任何现有的公开API的云管理系统接口。
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