Data Intensive Storage Services for Cloud Environments by Spyridon V. Gogouvitis

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By Spyridon V. Gogouvitis

With the evolution of digitized information, our society has develop into depending on providers to extract worthy info and improve determination making via contributors, companies, and executive in all elements of existence. accordingly, rising cloud-based infrastructures for garage were generally considered the following new release resolution for the reliance on facts increases.

Data in depth garage providers for Cloud Environments provides an summary of the present and strength ways in the direction of info garage companies and its dating to cloud environments. This reference resource brings jointly study on garage applied sciences in cloud environments and diverse disciplines worthy for either execs and researchers.

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Extra resources for Data Intensive Storage Services for Cloud Environments

Sample text

A DFS namespace is a virtual view of shared folders in an organization. Using the DFS tools, an administrator selects which shared folders to present in the namespace, designs the hierarchy in which those folders appear, and determines the names that the shared folders show in the namespace. When a user views the namespace, the folders appear to reside on a single, high-capacity hard disk. Users can navigate the namespace without needing to know the server names or shared folders hosting the data.

Com/ netbackup The Apache Cassandra Project. ). org/ Tivoli Storage Manager. ). com/software/tivoli/products/ storage-mgr/ Vogels, W. (2009). Eventually consistent. Communications of the ACM, 40–44. 1435432. Voldemort Distributed Database. ). com/voldemort/ Weil, S. , Brandt, S. , Miller, E. , & Maltzahn, C. (2006). Crush: Controlled, scalable, decentralized placement of replicated data. In Proceedings of the 2006 ACM/IEEE Conference on Supercomputing. New York, NY: ACM. 1188582 25 Key Distributed Components for a Large-Scale Object Storage What is DFS?

The properties and performance of these components will have major influence on the ability of the storage cloud to serve requests both in terms of speed and in terms of scale. As such, they must fulfil the following crucial requirements (as referenced in the requirements section): Scalability (in terms of number of objects, total capacity, containers, etc, the ability to support performance at a high scale (scale out performance), Elasticity, Availability and eventual consistency. In addition, we survey in this chapter two additional topics regarding Copyright © 2013, IGI Global.

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