使用Plush进行分布式应用程序管理

Jeannie R. Albrecht, Christopher Tuttle, A. Snoeren, Amin Vahdat
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引用次数: 3

摘要

最近的计算趋势表明,对大规模、分布式、联邦计算环境的需求在增加。已经出现的两种比较流行的环境是grid和PlanetLab。在高层次上,这些系统在许多方面是相似的;两者都由一组异构的相互连接的机器组成,这些机器允许为各种不同的用户和应用程序提供安全的资源共享。然而,在较低的层次上,这两个系统是非常不同的,因为它们是为解决不同类型的问题而设计的,因此存在根本性的差异,这使得在两个平台上开发和部署应用程序变得困难。因此,应用程序设计人员和研究人员创建的软件要么在网格上运行,要么在PlanetLab上运行,但不能同时在两者上运行。我们建议通过描述PlanetLab和网格应用程序的公共抽象来解决这个问题。此外,我们还介绍了Plush——一个通过提供可插拔和可扩展的基础设施来实现分布式应用抽象的工具,允许用户自定义他们的环境,以便在PlanetLab和网格上运行实验。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Distributed application management using Plush
Recent computing trends have shown an increase in the demand for large-scale, distributed, federated computing environments. Two of the more popular environments that have emerged are the grid and PlanetLab. At a high level, these systems are similar in many ways; both are comprised of a set of heterogeneous interconnected machines that allows secure resource sharing for a variety of different users and applications. However, at a lower level, the systems are very distinct in the sense that they were designed to solve different types of problems, and therefore have fundamental differences that make it difficult to develop and deploy applications on both platforms. As a result, application designers and researchers create software that runs on either the grid or PlanetLab, but not both. We propose to solve this problem by describing a common abstraction for both PlanetLab and grid applications. Further, we present Plush - a tool that implements the distributed application abstraction by providing a pluggable and extensible infrastructure allowing users to customize their environment for running experiments on both PlanetLab and the grid.
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