A Research-Oriented Mathematical Model for Cloud Simulations

Moin Hasan, Mohammad Anwarul Siddique
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引用次数: 1

Abstract

Cloud computing draws immense attraction of the researchers worldwide. It has now become a base paradigm of almost every growing organization. To carry out fruitful research, rigorous experimentation is always required. Commercially, large-scale cloud data centers consist of tens of thousands of physical servers to fulfil the users’ requests across the globe. Therefore, it is not feasible for every researcher to conduct the research experiments and test their proposed algorithms/methods/frameworks over the real cloud environment. Alternately, simulation experiments can be performed. To perform the simulation experiments, standard and research-oriented mathematical modelling of the cloud architecture is required which can be easily implemented using any of the programming languages. To this requirement, this article discusses such a mathematical model of cloud computing architecture consisting of different cloud entities. The discussed model can be easily implemented using any programming language or simulator to perform the research experiments.
面向研究的云模拟数学模型
云计算在世界范围内引起了研究人员的极大关注。它现在已经成为几乎每个成长型组织的基本范例。为了进行卓有成效的研究,总是需要严格的实验。商业上,大型云数据中心由数以万计的物理服务器组成,以满足全球用户的请求。因此,并不是每个研究人员都可以在真实的云环境中进行研究实验和测试他们提出的算法/方法/框架。或者,可以进行模拟实验。为了进行模拟实验,需要对云架构进行标准的、面向研究的数学建模,该模型可以使用任何编程语言轻松实现。针对这一需求,本文讨论了由不同云实体组成的云计算体系结构的数学模型。所讨论的模型可以很容易地实现,使用任何编程语言或模拟器进行研究实验。
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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