Clustering Of Classroom Computers For Academic Research

Irisann-Maria Agius, Frankie Inguanez
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Abstract

Academic researchers who are performing computational-heavy research may be at a disadvantage if their available systems are not suitable enough or may take a lot of time to produce a result set. Some academic institutions might not have the necessary resources to address the research needs. In this research, we extend our initial concept of clustering Raspberry Pi systems to investigate the viability and requirements needed to utilise school computers to create a Platform as a Service that can serve the needs for undergraduate researchers. A computer cluster utilising twenty-five school mid-level computers was created with a novel quality of service offering and bench-marked for performance while also creating a platform for students to be able to submit multiple neural network models to train them concurrently by utilising Distributed TensorFlow. It was concluded that low-to-medium end computers could be used to create a computer cluster for research purposes, yet a number of factors need to be taken into consideration.
用于学术研究的教室计算机聚类
如果可用的系统不够合适,或者需要花费大量时间来生成结果集,进行大量计算研究的学术研究人员可能处于不利地位。一些学术机构可能没有必要的资源来满足研究需求。在本研究中,我们扩展了树莓派集群系统的初始概念,以调查利用学校计算机创建平台即服务所需的可行性和要求,以满足本科生研究人员的需求。利用25台学校中级计算机创建的计算机集群具有新颖的服务质量和性能基准,同时还为学生创建了一个平台,使他们能够提交多个神经网络模型,并利用分布式TensorFlow同时训练他们。得出的结论是,中低端计算机可以用来创建一个计算机集群,用于研究目的,但需要考虑一些因素。
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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