一种在集群计算机上进行并行程序开发的元计算环境

M. McMahon, B. DeLong, M. Fotta, G. J. Weinstock, A. E. Williams
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引用次数: 0

摘要

本文描述了在COTS集群计算机和网格上开发和执行并行程序的环境mage -元计算和网格环境的设计。MAGE的目的是在并行程序编译、执行和监视级别提供一个抽象层。用户与这些操作的细节隔离,同时为高级并行程序开发保留了一组健壮、灵活的功能。虽然大多数元计算抽象关注的是对现有并行资源的访问,或将分散的资源集成到网格中,但MAGE将集群中间件与工作站应用程序集成在一起,并通过专注于为创建新的并行程序提供开发环境来扩展这种范式。MAGE组件的灵活模块化设计确保了不同集群平台的可移植性,并促进了基于MAGE的系统与网格系统的最终集成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
MAGE-a metacomputing environment for parallel program development on cluster computers
This paper describes the design of MAGE-Metacomputing and Grid Environment-an environment for developing and executing parallel programs on COTS cluster computers and grids. The intention of MAGE is to provide a layer of abstraction at the level of parallel program compilation, execution, and monitoring. The user is isolated from the details of these operations, while preserving a robust, flexible set of capabilities for advanced parallel program development. While most metacomputing abstractions focus on access to extant parallel resources, or on integrating dispersed resources into a grid, MAGE integrates cluster middleware with workstation applications, and extends this paradigm by focusing on providing a development environment for the creation of new parallel programs. The flexible, modular design of the MAGE components ensures portability to different clustering platforms and promotes eventual integration of a MAGE-based system with a grid system.
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