PSCloud: a durable context-aware personal storage cloud

S. Bazarbayev, M. Hiltunen, Kaustubh R. Joshi, W. Sanders, R. Schlichting
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引用次数: 11

Abstract

Personal content from mobile devices is often irreplaceable, yet current solutions for managing and synchronizing this data across multiple devices to ensure durability are often limited. A common approach is to synchronize data through a cloud storage service such as Dropbox. We argue that this model is excessively rigid because it forces users to use more expensive cloud storage than is needed. This paper proposes an alternative approach that uses storage on all of a user's mobile devices, home servers, and cloud storage accounts to create a single unified personal storage system called PSCloud in which data is automatically cached, replicated, and placed to enable reliable access across all devices while minimizing network access and storage costs. This approach is based on a per-device network context-graph that tracks connectivity relationships between a user's devices and storage options over time. Preliminary experiments show that combining such context with techniques that exploit content similarity across devices to make placement decisions can lead to substantial reductions in cloud storage and network usage.
PSCloud:一个持久的上下文感知个人存储云
来自移动设备的个人内容通常是不可替代的,但目前用于跨多个设备管理和同步这些数据以确保持久性的解决方案通常是有限的。一种常见的方法是通过云存储服务(如Dropbox)同步数据。我们认为这种模式过于僵化,因为它迫使用户使用比实际需要更昂贵的云存储。本文提出了一种替代方法,即使用用户所有移动设备、家庭服务器和云存储帐户上的存储来创建一个名为PSCloud的统一个人存储系统,其中数据被自动缓存、复制和放置,以实现跨所有设备的可靠访问,同时最大限度地减少网络访问和存储成本。这种方法基于每个设备的网络上下文图,跟踪用户设备和存储选项之间的连接关系。初步实验表明,将这种环境与利用设备间内容相似性来做出放置决策的技术相结合,可以大大减少云存储和网络的使用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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