基于云计算的系统架构灾难恢复

M. Pokharel, Seulki Lee, Jong Sou Park
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引用次数: 53

摘要

系统架构(SA)在基于ICT的组织中起着主导作用。它涵盖了整个组织,并有助于实现组织的使命。与其他体系结构一样,它也具有一组组件和组件之间的关系(连接器)。它具有预定义的生命周期,该生命周期决定了它应该在其中持续提供服务的系统的持续时间。它意味着系统应该在其规定的生命周期内存活。不幸的是,系统在其生命周期中会遇到许多障碍。在本文中,我们提出了从灾难中恢复的可靠方法。本文分析了当前灾难恢复技术的现状,并提出了新的方法。我们使用云计算作为一种工具来管理组织系统中的灾难。我们用马尔可夫模型分析了我们提出的方法。系统处理灾难恢复所需的属性(如可用性、生存性、不可用性和停机时间)在本文的最后进行了计算。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Disaster Recovery for System Architecture Using Cloud Computing
A System Architecture [SA] plays the leading role in ICT based organization. It covers the entire organization and helps to achieve the mission of organization. As other architectures, it also has set of components and the relationship (connectors) among the components. It has pre-defined life cycle that determines the duration of the system in which it should provide the services continuously. It means system should survive throughout its defined life time. Unfortunately, a system comes across to many hurdles during its life time. In this paper, we propose the reliable approach in recovering from disaster. We analysis the current state of art in disaster recovery and propose the new approach on it. We use cloud computing as a tool in managing the disaster in the system of organization. We analysis our proposed approach with Markov Model. The required attributes for a system to address disaster recovery like availability, survivability, unavailability and downtime are calculated at the end of this paper.
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