原型集群:基于原型板的并行计算机体系结构

Norbert Ádám, Michal Hulic, E. Chovancová, E. Pietriková, T. Gergely
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引用次数: 1

摘要

如今,并行架构的发展正在复兴。现代多核cpu、网格和集群系统以及GPU架构提供了高性能,但它们的成本非常高。每个硬件设计者的目标都是构建具有稳定性能和低成本的并行体系结构。该原型平台具有成本低、灵活性高等特点。尽管在并行架构的开发中使用原型平台并不典型,但上述特征决定了它们用于并行架构的仿真和原型。本文研究了基于不同类型原型平台的并行计算机系统问题。它提出了我们的解决方案来设计一个低成本的并行环境,一个原型集群,以支持通过应用任务分解的原则计算问题。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Proto-cluster: A Parallel Computer Architecture Based on Prototyping Boards
Nowadays, there is an ongoing renaissance in the development of parallel architectures. Modern multi-core CPUs, grid and cluster systems, and GPU architectures offer high performance, but their cost is very high. The objective of every hardware designer is constructing parallel architectures with solid performance and low cost. The prototyping platforms are characterized by low cost and high flexibility. Although the use of prototyping platforms in the development of parallel architectures is not typical the mentioned characteristics predestine them for emulation and prototyping of parallel architectures. This paper deals with the issue of parallel computer systems based on different types of prototype platforms. It presents our solution to design a low-cost parallel environment, a proto-cluster to support computational problem-solving by applying principles of task decomposition.
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