采用双级容错的可靠分布式系统

J. W. Hanna, J. Johannes
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引用次数: 1

摘要

开发可靠的分布式环境的方法是,从一个不包含显式实现的容错技术的工作分布式环境(POSYBL)开始,并用双重容错级别对系统进行扩展。这就创建了容错的POSYBL环境。对当前几种容错技术的调查和对每种技术对可靠分布式系统的可靠性的估计表明,不存在一种实用的容错技术可以处理某一组可靠性问题的一半。处理不到一半的可靠性关注点并不能使系统对这组关注点具有容错性。因此,使用了多种技术来创建容错POSYBL系统,该系统可以处理列出的大多数可靠性问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A reliable distributed system using dual level fault tolerance
A reliable distributed environment was developed by beginning with a working distributed environment (POSYBL) that contained no explicitly implemented fault tolerant techniques, and augmenting the system with a dual level of fault tolerance. This created the fault tolerant POSYBL environment. Surveying of several current fault tolerant techniques and estimating the amount of reliability each technique would make towards a reliable distributed system showed that there does not exist a single practical fault tolerant technique that would handle half of a certain set of reliability concerns. Addressing less than half of the set of reliability concerns does not make a system fault tolerant for that set of concerns. Therefore, more than one technique was used to create the fault tolerant POSYBL system, which handles a majority of the listed reliability concerns.<>
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