An integrated Web-based grid-computing environment for research and education in computational science and engineering

T. Truong
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引用次数: 5

Abstract

We present the development of an integrated extendable Web-based simulation environment called Computational Science and Engineering On-line (CSEO) that allows computational scientists to perform research using state-of-the-art tools, querying data from personal or public databases, discuss results with colleagues, and access resources beyond those available locally from a Web browser. It is a user-driven Web-based application tool. Currently, CSEO provides an integrated environment for multi-scale modeling of complex reacting systems. A unique feature of CSEO is in its framework that allows data to flow from one application to another in a transparent manner. A particular example is demonstrated to show how results from fundamental quantum chemistry simulations are used to calculate thermodynamic and kinetic properties of a chemical reaction, which subsequently are used in the simulation of a combustion reactor. Advantages, disadvantages, and future prospects of a Web-based simulation approach are then discussed. CSEO can be accessed at http://cseo.net.
一个集成的基于web的网格计算环境,用于计算科学和工程的研究和教育
我们提出了一种集成的可扩展的基于Web的模拟环境的开发,称为计算科学与工程在线(CSEO),它允许计算科学家使用最先进的工具进行研究,从个人或公共数据库查询数据,与同事讨论结果,并从Web浏览器访问本地可用资源之外的资源。它是一个用户驱动的基于web的应用程序工具。目前,CSEO为复杂反应系统的多尺度建模提供了集成环境。CSEO的独特之处在于它的框架允许数据以透明的方式从一个应用程序流向另一个应用程序。一个特别的例子展示了如何使用基本量子化学模拟的结果来计算化学反应的热力学和动力学性质,然后将其用于燃烧反应器的模拟。然后讨论了基于web的仿真方法的优点、缺点和未来前景。CSEO的网址是http://cseo.net。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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