Increasing efficiency of the sequential algorithms programs execution using CUDA

L. Vokorokos, Miroslav Hartinger, N. Ádám, E. Chovancová, J. Radusovsky
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引用次数: 2

Abstract

The ambition to achieve higher computing performance, is based on using all the advantages of parallel approach. The devices, software development kits and other technologies are leaping forward. Nowadays, they allow programmer to use more effective and optimized template libraries. They empower him to acces functions of graphics processing unit through the highlevel language. This paper details the experience of using such optimization on basic and more complex algorithms and the measurement of overall effectiveness increase. Our experimental results demonstrate the overall acceleration on various types of GPU.
使用CUDA提高顺序算法程序的执行效率
实现更高计算性能的目标是基于利用并行方法的所有优点。这些设备、软件开发工具包和其他技术正在突飞猛进。现在,它们允许程序员使用更有效和优化的模板库。它们使他能够通过高级语言访问图形处理单元的功能。本文详细介绍了在基本和更复杂的算法上使用这种优化的经验,以及对总体有效性提高的测量。我们的实验结果证明了在不同类型的GPU上的整体加速。
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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