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Preservation DataStores: Architecture for Preservation Aware Storage

机译:保存数据存储:保存的架构感知存储

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The volumes of digital information are growing continuously and most of today's information is "born digital". Alongside this trend, business, scientific, artistic and cultural needs require much of this information to be kept for decades, centuries or longer. The convergence of these two trends implies the need for storage systems that support very long term preservation for digital information. We describe Preservation DataStores, a novel storage architecture to support digital preservation. It is a layered architecture that builds upon open standards, along with the OAIS, XAM and OSD standards. This new architecture transforms the logical information-object, a basic concept in preservation systems, into a physical storage object. The transformation allows more robust and optimized implementations for preservation aware storage. The architecture of Preservation DataStores is being developed as an infrastructure component of the CASPAR project and will be tested in the context of this project using scientific, cultural, and artistic data.
机译:数字信息的卷不断增长,今天的大部分信息是“出生数字”。除了这种趋势,业务,科学,艺术和文化需求还需要几十年,几个世纪或更长时间保留这些信息。这两种趋势的融合意味着需要支持对数字信息非常长期保存的存储系统的需求。我们描述了一个支持数字保存的新型存储体系结构。它是一个分层体系结构,可在开放标准之上,以及OAI,XAM和OSD标准。此新体系结构将逻辑信息对象(保存系统中的基本概念)转换为物理存储对象。转换允许更强大和优化的保存感知存储的实现。保存数据存储的体系结构正在开发为Caspar项目的基础架构组件,并将使用科学,文化和艺术数据在本项目的上下文中进行测试。

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