提高多层存储系统的可恢复性

M. Aguilera, K. Keeton, A. Merchant, Kiran-Kumar Muniswamy-Reddy, Mustafa Uysal
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引用次数: 22

摘要

企业存储系统通常包含多个存储层,每个存储层都有自己的性能、可靠性和可恢复性。这种多层组织的主要动机是成本,因为存储层的成本差别很大。在本文中,我们描述了一个称为TierFS的文件系统,它将文件存储在多个存储层,同时在所有存储层提供高可恢复性。为了实现这一目标,TierFS使用了几种新颖的技术,这些技术利用多层之间的耦合来减少数据丢失,跨层获取一致的快照,提供连续的数据保护,并缩短恢复时间。我们用分析模型对TierFS进行了评估,结果表明,在类似成本的情况下,TierFS比传统设计提供了更好的可恢复性。
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Improving Recoverability in Multi-tier Storage Systems
Enterprise storage systems typically contain multiple storage tiers, each having its own performance, reliability, and recoverability. The primary motivation for this multi-tier organization is cost, as storage tier costs vary considerably. In this paper, we describe a file system called TierFS that stores files at multiple storage tiers while providing high recoverability at all tiers. To achieve this goal, TierFS uses several novel techniques that leverage coupling between multiple tiers to reduce data loss, take consistent snapshots across tiers, provide continuous data protection, and improve recovery time. We evaluate TierFS with analytical models, showing that TierFS can provide better recoverability than a conventional design of similar cost.
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