走向自动化的个性化数据存储

Jack Lange, Alexandros Labrinidis, Panos K. Chrysanthis
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引用次数: 2

摘要

用户数据正以前所未有的速度增长,威胁到我们有效管理它的能力。随着数据类型的增加,存储环境变得越来越异构,甚至关于基本数据管理决策的推理也变得越来越困难。这种复杂性的扩展需要新的数据管理方法,以尽可能减轻单个用户的负担。未来的存储系统不需要用户理解他们的全部数据集合和底层存储架构,而是需要能够自己决定如何在适当的存储介质和必要的文件操作语义方面管理单个文件。在本文中,我们提出了未来存储系统的愿景,通过提供基于动态收集的度量个体用户与其每个个人文件之间关系的自主存储管理决策,解决复杂性和容量急剧增加的问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards automated personalized data storage
User data is growing at an ever greater pace that threatens to overwhelm our ability to effectively manage it. As the types of data increase, and the storage environments become ever more heterogeneous, even reasoning about basic data management decisions becomes increasingly difficult. This expansion in complexity requires new methodologies for managing data that alleviate as much of the burden as possible from the individual user. Instead of requiring users to understand their full collection of data and the underlying storage architectures, future storage systems need to be able to decide on their own how to manage individual files both in terms of the appropriate storage medium as well as the necessary file operation semantics. In this paper we present a vision for future storage systems that address the dramatic increase in complexity and volume by providing autonomic storage management decisions based on dynamically collected metrics that measure the relationship between individual users and each of their personal files.
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