IMPLEMENTATION - Surplus resources to Private Cloud

Harsh Oswal, Shivani Bhalsakle, M. Swami
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Abstract

Cloud computing offers a unique set of features and provides a highly efficient and scalable solution to hosting. All business companies and educational institutions use some or the other hosting platform to host their software and applications on the Cloud. Moreover, many such institutions or businesses have unused or surplus computing resources even though they are working perfectly but have less computing power or resources to run as a regular workstation, hence resulting in e-waste. This paper presents an approach to integrating these surplus computing resources to form one single datacenter Private Cloud, which can run software, containers and virtual machines and then test its efficacy for different types of hypervisors. An experimental setup is formalised to achieve the results and study the theoretical and practical usable resource values for this approach, and formula is derived to find them. The single-core performance of the Virtual Machines and the Containers are compared for the various operating system for different hypervisors.
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实现-私有云的剩余资源
云计算提供了一组独特的特性,并为托管提供了高效且可扩展的解决方案。所有商业公司和教育机构都使用一些或其他托管平台在云上托管他们的软件和应用程序。此外,许多这类机构或企业虽然运作良好,但仍有未使用或多余的计算资源,但作为普通工作站运行的计算能力或资源较少,因此产生了电子废物。本文提出了一种整合这些剩余计算资源的方法,形成一个单一的数据中心私有云,可以运行软件、容器和虚拟机,然后测试其对不同类型的管理程序的有效性。建立了一个实验装置来获得结果,并研究了该方法的理论和实际可用资源值,并推导了公式来找到它们。针对不同管理程序的不同操作系统,比较了虚拟机和容器的单核性能。
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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