DATAFLASKS:大规模系统的流行病存储

Francisco Maia, M. Matos, R. Vilaça, J. Pereira, R. Oliveira, E. Rivière
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引用次数: 9

摘要

超大规模的分布式系统提供了一些最有趣的研究挑战,同时也越来越多地被当今的应用所要求。连接设备的数量和产生和交换数据的数量不断增加,需要新的数据管理系统。尽管不断有人提出新的数据存储,但它们并不适合非常大规模的环境。在非常大规模的系统中发现的高水平的流失率和持续的动态需要强大的、主动的和非结构化的数据管理方法。在本文中,我们提出了一种仅基于流行病(或基于八卦)协议的新型数据存储。它利用这些协议的能力,即使在高度动态的大规模系统中也能提供数据持久性保证。我们提供了一个数据存储的开源原型和相应的评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DATAFLASKS: Epidemic Store for Massive Scale Systems
Very large scale distributed systems provide some of the most interesting research challenges while at the same time being increasingly required by nowadays applications. The escalation in the amount of connected devices and data being produced and exchanged, demands new data management systems. Although new data stores are continuously being proposed, they are not suitable for very large scale environments. The high levels of churn and constant dynamics found in very large scale systems demand robust, proactive and unstructured approaches to data management. In this paper we propose a novel data store solely based on epidemic (or gossip-based) protocols. It leverages the capacity of these protocols to provide data persistence guarantees even in highly dynamic, massive scale systems. We provide an open source prototype of the data store and correspondent evaluation.
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