校园软件:一个易于使用,高效和便携的网格中间件,用于计算密集型应用

Dong Wang, Jinlei Jiang, Yongwei Wu, Guangwen Yang
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引用次数: 1

摘要

本文介绍了一种轻量级网格中间件CampusWare的设计与实现,该中间件是针对校园环境中计算密集型应用的。尽管有许多可用的网格中间件,但它们对于在校园环境中使用来说过于复杂,因为校园环境中的主要应用程序是计算密集型的,并且主要要求是集群管理和作业提交的便利性和高效性。为了解决这个问题,CampusWare提出了一个“快速作业”的概念,并提供了一个两层中间件架构和一个三层用户帐户层次结构。与现有的网格中间件相比,它的部署、配置和使用都进行了简化,使其易于使用、高效、便携。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CampusWare: An Easy-to-Use, Efficient and Portable Grid Middleware for Compute-Intensive Applications
This paper describes the design and implementation of CampusWare, a lightweight grid middleware for the compute-intensive applications in campus environment. Though there are many grid middlewares available, they are unnecessarily complex for use in the campus environment where the main applications are compute-intensive, and the main requirements are the convenience and efficiency in clusters management and job submissions. To deal with the problem, CampusWare proposes a “fast job” concept and provides a two-layer middleware architecture as well as a three-layer user account hierarchy. Compared with the existing grid middlewares, its deployment, configuration and usage are all simplified, which makes it easy-to-use, efficient and portable.
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