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首页> 外文期刊>International Journal of Innovative Research in Science, Engineering and Technology >An Efficient Dynamic Indexing and Metadata Model for Storage in Cloud Environment
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An Efficient Dynamic Indexing and Metadata Model for Storage in Cloud Environment

机译:在云环境中存储的高效动态索引和元数据模型

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Cloud computing is an emerging, computing paradigm in which tasks are assigned to software, combination of connections, and services accessed over a network. This connections and network of servers is collectively known as the cloud. Instead of operating their own data centers, users might rent computing power and storage capacity from a service provider, paying only for what they use. Cloud storage involves the delivery of data storage as service including database. If the data is stored in cloud, it must provide the data access and heterogeneity. With the advances in cloud computing it allows storing of large number of images and data throughout the world. This paper proposes the indexing and metadata management which helps to access the distributed data with reduced latency. The metadata management can be improved for a file system in large scale applications. When designing the metadata, the storage location of the metadata and attributes is important for the efficient retrieval of the data. Indexes are used to quickly locate data without having to search over every location in storage. Based on these two models, the data can be easily fetched and the search time was reduced to retrieve the appropriate data.
机译:云计算是一种新兴的计算范例,其中任务分配给软件,连接的组合以及通过网络访问的服务。服务器的这种连接和网络统称为云。用户可以从服务提供商那里租用计算能力和存储容量,而不用运营自己的数据中心,而只需为使用的内容付费。云存储涉及将数据存储作为服务交付,包括数据库。如果数据存储在云中,则必须提供数据访问和异构性。随着云计算的进步,它允许在世界范围内存储大量图像和数据。本文提出了索引和元数据管理,可帮助以减少的延迟访问分布式数据。大型应用程序中的文件系统可以改进元数据管理。在设计元数据时,元数据和属性的存储位置对于有效检索数据很重要。索引用于快速定位数据,而不必搜索存储中的每个位置。基于这两个模型,可以轻松获取数据,并减少了搜索时间以检索适当的数据。

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