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RealityGrid:一种通过ICENI实现中间件的集成方法。

RealityGrid: an integrated approach to middleware through ICENI.

作者信息

Cohen Jeremy, McGough A Stephen, Darlington John, Furmento Nathalie, Kong Gary, Mayer Anthony

机构信息

London e-Science Centre, Imperial College London, South Kensington Campus, UK.

出版信息

Philos Trans A Math Phys Eng Sci. 2005 Aug 15;363(1833):1817-27. doi: 10.1098/rsta.2005.1609.

Abstract

The advancement of modelling and simulation within complex scientific applications is currently constrained by the rate at which knowledge can be extracted from the data produced. As Grid computing evolves, new means of increasing the efficiency of data analysis are being explored. RealityGrid aims to enable more efficient use of scientific computing resources within the condensed matter, materials and biological science communities. The Imperial College e-Science Networked Infrastructure (ICENI) Grid middleware provides an end-to-end pipeline that simplifies the stages of computation, simulation and collaboration. The intention of this work is to allow all scientists to have access to these features without the need for heroic efforts that have been associated with this sort of work in the past. Scientists can utilise advanced scheduling mechanisms to ensure efficient planning of computations, visualize and interactively steer simulations and securely collaborate with colleagues via the Access Grid through a single integrated middleware application.

摘要

复杂科学应用中建模与仿真的进展目前受到从所产生数据中提取知识的速度的限制。随着网格计算的发展,人们正在探索提高数据分析效率的新方法。RealityGrid旨在使凝聚态物理、材料科学和生物科学界能够更高效地利用科学计算资源。帝国理工学院电子科学网络基础设施(ICENI)网格中间件提供了一个端到端的管道,简化了计算、仿真和协作阶段。这项工作的目的是让所有科学家都能使用这些功能,而无需像过去从事这类工作那样付出巨大努力。科学家可以利用先进的调度机制来确保计算的高效规划,可视化并以交互方式操控仿真,以及通过单个集成中间件应用程序经由访问网格与同事进行安全协作。

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