Adapting AVS to Support Scientific Applications As Heterogeneous, Distributed Programs

Patrick T. Homer, R. Schlichting
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引用次数: 2

Abstract

Most scientific applications are currently structured as a series of computational steps, each of which is implemented by a separate program with jiles being used to transmit data between the steps. Here, an alternative model is described in which the application is constructed as a heterogeneous, distributed program in order to improve facilities for user interaction. The specifrc focus is on describing how AVS (Application Visualization System) from AVS, Inc. has been adapted to support this type of application using the Schooner RPC system. An example involving self-organizing neural nets is used to illustrate the details of this approach.
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适应AVS以支持异构、分布式程序的科学应用
目前,大多数科学应用程序都是由一系列计算步骤构成的,每一个计算步骤都由一个单独的程序实现,其中使用jiles在步骤之间传输数据。这里描述了另一种模型,在这种模型中,应用程序被构造为异构的分布式程序,以改进用户交互的设施。具体的重点是描述AVS公司的AVS(应用可视化系统)如何使用Schooner RPC系统来支持这种类型的应用。用一个涉及自组织神经网络的例子来说明这种方法的细节。
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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Meta-Systems: An Approach Combining Parallel Processing and Heterogeneous Distributed Computing Systems Deployment of a Hippi-Based Distributed Supercomputing Environment at the Pittsburgh Supercomputing Center Adapting AVS to Support Scientific Applications As Heterogeneous, Distributed Programs Heterogeneous Supercomputing: Problems and Issues Linda in Heterogeneous Computing Environments
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