An Efficient Approach for Resilience and Reliability Against Cascading Failure

D. M. Vistro, A. Rehman, Zufishan Hameed
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Abstract

Cloud computing becoming popular now day as, the world is moving towards vitalization and it provide resource to the users depending on their needs by using different resource allocation technique. Resilience and reliability is one of the major issue while dealing with cloud computing. Mitigation failure and migration failure are the issues in cloud resilience and reliability services which cause many service level objective violation. Many work have been done to improve the quality of resilience and reliability. The aim of this paper is to provide a better technique to avoid and recover from mitigation failure and a reliable resource allocation approach at minimum possible cost, for this purpose we used Cascading Failure Resilience System (CSFR) technique. Comparative analyses done to validate our approach and the results shows that our approach handle mitigation failure in an efficient way as well as it provide reliability while providing resources to the users at a comparative low cost.
针对级联故障的弹性和可靠性的有效方法
随着世界走向生机勃勃的今天,云计算开始流行起来,它通过使用不同的资源分配技术,根据用户的需要为用户提供资源。弹性和可靠性是处理云计算时的主要问题之一。缓解失败和迁移失败是云弹性和可靠性服务中存在的问题,会导致许多服务水平目标的违背。为了提高弹性和可靠性的质量,已经做了许多工作。本文的目的是提供一种更好的技术来避免和恢复缓解故障和可靠的资源分配方法,以尽可能低的成本,为此我们使用了级联故障恢复系统(CSFR)技术。为验证我们的方法而进行的比较分析结果表明,我们的方法以有效的方式处理缓解故障,并在以相对较低的成本向用户提供资源的同时提供可靠性。
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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