Telescience项目:应用程序到中间件交互组件

A. Lin, L. Dai, K. Ung, S. Peltier, Mark Ellisman
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引用次数: 19

摘要

Telescience Project/spl trade/ (https://telescience.ucsd.edu)旨在为生物医学图像分析和结构-功能关联提供完整的端到端单点登录解决方案。Telescience融合了远程仪器(通过Telemicroscopy/spl trade/)、分布式数据计算和存储以及对细胞结构联邦数据库的透明访问的先进解决方案。在这里,我们描述了基于网格的系统架构,它使Telescience项目成为可能。这种网格服务体系结构为用户界面(Web门户和应用程序)和外部可寻址网格资源(仪器和计算机)之间的无缝互操作性提供了一种结构。尽管许多软件组件和工具提供了一些与启用可用的科学网格相关的功能,但很少有系统能够“开箱即用”地提供与网格基础设施所需的完整交互。因此,软件评估、测试和集成需要大量的时间和精力。在这里,我们描述了整个网格基础设施的一个新兴层,它为应用程序和门户开发人员提供了与核心网格功能交互的完整解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Telescience project: application to middleware interaction components
The Telescience Project/spl trade/ (https://telescience.ucsd.edu) aims to provide a complete, end-to-end, single sign-on solution for biomedical image analysis and structure-function correlation. Telescience merges advanced solutions for remote instrumentation (via Telemicroscopy/spl trade/), distributed data computation and storage, and transparent access to federated databases of cell structure. Here, we describe the Grid-based system architecture that enables the Telescience Project. This Grid service architecture provides a fabric for seamless interoperability among user interfaces (Web portals and applications) and externally addressable Grid resources (instruments and computers). Although many software components and tools provide some capabilities relating to enabling usable scientific grids, few systems offer the required complete interactions with grid infrastructures "out of the box". Significant time and effort, therefore, are needed for software evaluation, testing, and integration. Here we describe an emerging layer of the overall Grid infrastructure that provides a complete solution for application and portal developers to interact with core Grid functionality.
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