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Review of Fault Tolerance Frameworks in the Cloud

机译:云中的容错框架综述

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Fault tolerance is the most imperious issue in the cloud to provide reliable services. Inherent vulnerability to failure hampers the performance and reliability of cloud services. Hence, to achieve reliability, fault tolerance becomes a mandatory feature which is hard to implement due to the dynamic infrastructure and complex interdependencies. Numerous fault tolerance techniques have been developed in the literature to address the challenges of cloud reliability. A recent research survey presented in this paper attempts to integrate the different fault tolerance architecture. This study presents a critical research review on various existing fault tolerance techniques to improve services reliability, availability, and applications execution in the cloud. A comparative analysis, based on different critical metrics like failure prediction, detection strategy, failure history, VM placement, and limitations, of the reviewed framework systems is also included in the paper. This review intends to facilitate the development of the new fault tolerance technique for the cloud environment.
机译:容错是云中最专横的问题,以提供可靠的服务。失败的固有漏洞妨碍了云服务的性能和可靠性。因此,为了实现可靠性,容错成为由于动态基础设施和复杂的相互依赖性导致的强制性功能。在文献中开发了许多容错技术,以解决云可靠性的挑战。本文提出了最近的研究调查,试图集成不同的容错架构。本研究提出了关于各种现有容错技术的关键研究综述,以提高云中的服务可靠性,可用性和应用程序。对比较分析,基于不同的关键指标,如失败预测,检测策略,故障历史,VM放置和限制,在纸张中也包括在纸张中。本综述打算促进云环境新的容错技术的开发。

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