Enabling technologies for Web-based ubiquitous supercomputing

Ian T Foster, S. Tuecke
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引用次数: 30

Abstract

We use the term ubiquitous supercomputing to refer to systems that integrate low and mid range computing systems, advanced networks, and remote high end computers with the goal of enhancing the computational power accessible from local environments. Such systems promise to enable new applications in areas as diverse as smart instruments and collaborative environments. However, they also demand tools for transporting code between computers and for establishing flexible, dynamic communication structures. We propose that these requirements be satisfied by enhancing the Java programming language with global pointer and remote service request mechanisms from a communication library called Nexus. Java supports transportable code; Nexus provides communication support. We explain how this NexusJava library is implemented and illustrate its use with examples.
支持基于web的无处不在的超级计算的技术
我们使用“无处不在的超级计算”一词来指集成了中低端计算系统、高级网络和远程高端计算机的系统,其目标是增强可从本地环境访问的计算能力。这样的系统有望在智能仪器和协作环境等不同领域实现新的应用。然而,它们也需要在计算机之间传输代码和建立灵活、动态的通信结构的工具。我们建议通过使用全局指针和来自称为Nexus的通信库的远程服务请求机制来增强Java编程语言来满足这些需求。Java支持可移植代码;Nexus提供通信支持。我们将解释这个NexusJava库是如何实现的,并通过示例说明它的用法。
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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