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Remote instrumentation infrastructure for e-Science. Approach of the DORII project

机译:电子科学的远程仪表基础设施。 DORII项目的行动

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Whereas the available resources and storage capabilities constitute the most important limitation for researchers in experiments to be performed, increasing availability of high-performance computing resources, provided by the Grid, has allowed many e-Science communities to proceed with new challenging experiments, especially involving expense and complex specialized measurement instrumentation and pervasive large-scale data acquisition platforms. Remote instrumentation, which means providing control of distributed scientific instruments by users from remote locations, is an important part of functionality that applications, developed in a number of e-Science domains (among others, environmental science, earthquake engineering, experimental science), are supposed to provide. The EC-funded Deployment of Remote Instrumentation Infrastructure (DORII) project aims to establish a new e-Infrastructure which allows the applications to provide remote instrumentation services in high-performance Grid computing environments. The paper presents basic aspects of the Remote Instrumentation Infrastructure deployment and further use with respect to requirements of specific application fields of e-Science.
机译:可用资源和存储能力是研究人员进行实验的最主要限制,而Grid提供的高性能计算资源的可用性不断提高,使许多电子科学社区可以开展新的具有挑战性的实验,特别是涉及费用和复杂的专用测量仪器以及广泛的大规模数据采集平台。远程仪器,这意味着由用户从远程位置控制分布式科学仪器,是在许多电子科学领域(包括环境科学,地震工程,实验科学)中开发的应用程序所具有的功能的重要组成部分。应该提供。由EC资助的远程仪表基础设施部署(DORII)项目旨在建立一个新的电子基础设施,使应用程序可以在高性能网格计算环境中提供远程仪表服务。本文介绍了远程仪表基础设施部署的基本方面以及根据电子科学特定应用领域的要求而进一步使用的情况。

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