GIG提高了对环境中需求的响应，用户可以根据需要从网格中的任何位置访问、共享、收集、处理、存储、传播和管理信息。
The GIG evolved in response to the need for an environment in which users can access, share, collect, process, store, disseminate, and manage information on demand from any location in the grid.
GIG提高了对环境中需求的响应，用户可以从网格中的任何位置随需访问、共享、收集、处理、存储、传播和管理信息。
GIG evolved in response to the need for an environment in which users can access, share, collect, process, store, disseminate, and manage information on demand from any location in the grid.
数据网格广泛应用于数据密集型计算，为大数据量、分布存储数据资源提供快速的信息检索和数据访问的支持。
Data Grid is widely used in data-intensive computing, which provide rapid information retrieval and data access support for large amounts of distributed storage data resources.
网格为应用和用户带来很多好处：提供便捷的资源访问接口，虚拟环境中的远程协作和资源共享，以及消除信息孤岛。
Grid brings many advantages, including convenient and shortcut access interface, remote cooperation and resource sharing in virtual environment, and information island elimination.
在实际的应用环境中，网格数据管理需要集成已有的信息资源，并通过发布领域相关的元数据获得领域内信息数据的集成访问。
In a specific application domain, the grid data management needs to integrate and access existing information resource by publishing domain-specific metadata.
论文由企业信息平台的实践进一步提出信息网格访问控制需要解决的问题。
This dissertation presents more problems that should be resolved by the access control mechanism of the information grid based on the implement of the Enterprising Information Portal.
论文由企业信息平台的实践进一步提出信息网格访问控制需要解决的问题。
This dissertation presents more problems that should be resolved by the access control mechanism of the information grid based on the implement of the Enterprising Information Portal.
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