Cloud Reliability and Independence Standard: A Three Tiered System for Optimal Cloud Storage

E. M. English, Daniel Paul Stacey, Syed Rizvi, Donte Perino
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Abstract

In today's era of technology and the institutions which take advantage of it, there are many solutions to everyday problems yet many more problems arise. One such example is the onset of cloud computing, which grants the ability to transfer and store large amounts of data without any of the hassles of a physical server. When a large institution such as a hospital utilizes the cloud they take on the inherent risk of that cloud connection being interrupted. If or when this connection is disrupted it can oftentimes lead to an institution to come to a halt. Often times, these institutions either don't have any way to backup their data or have an inadequate solution. The solution being proposed in this paper, Cloud Reliability and Independence Standard (CRIS), is to implement a standard for information storage and backups to be used by all institutions. This leads to the adaptation of a three tiered system that rates how much and how expansive the organization's backup should be. Our solution works to mitigate the issue of connection loss by keeping companies profitable and functional.
云可靠性和独立性标准:最优云存储的三层体系
在今天的技术时代和利用技术的机构,有许多解决日常问题的办法,但更多的问题出现了。一个这样的例子是云计算的出现,它赋予了传输和存储大量数据的能力,而没有物理服务器的任何麻烦。当医院等大型机构使用云时,它们承担了云连接中断的固有风险。如果或当这种联系中断时,通常会导致一个机构停止运转。通常情况下,这些机构要么没有任何备份数据的方法,要么没有适当的解决方案。本文提出的解决方案,云可靠性和独立性标准(CRIS),是实现所有机构使用的信息存储和备份标准。这导致了一个三级系统的适应,该系统评估了组织的备份应该有多少和多大的扩展。我们的解决方案通过保持公司的盈利和功能来减轻连接丢失的问题。
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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