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A Virtualized Infrastructure for Molecular ImagingResearch using a Data Grid Model

机译:使用数据网格模型的分子IMAGICALECHEARCH的虚拟化基础设施

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The animal-to-researcher workflow in many of today's small animal imaging center is burdened with proprietary data limitations, inaccessible back-up methods, and imaging results that are not easily viewable across campus. Such challenges decrease the amount of scans performed per day at the center and requires researchers to wait longer for their images and quantified results. Furthermore, data mining at the small animal imaging center is often limited to researcher names and date-labelled archiving hard-drives. To gain efficiency and reliable access to small animal imaging data, such a center needs to move towards an integrated workflow with file format normalization services, metadata databases, expandable archiving infrastructure, and comprehensive user interfaces for query / retrieval tools - achieving all in a cost-effective manner.
机译:今天许多小动物成像中心的动物对研究人员工作流程负担了专有的数据限制,无法访问的备用方法和成像结果,并在校园内不容易识别。此类挑战减少了中心每天表演的扫描量,并要求研究人员等待其图像和量化结果。此外,小动物成像中心的数据挖掘通常限于研究员名称和日期标记的归档硬盘。为了获得对小动物成像数据的效率和可靠的访问,这样的中心需要朝着带有文件格式归一化服务,元数据数据库,可扩展的存档基础结构的集成工作流程以及查询/检索工具的全面用户界面 - 以成本为例实现所有用户界面 - 效率。

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