Implementation of graph algorithms over GPU: A comparative analysis

S. Dashora, N. Khare
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引用次数: 8

Abstract

GPU (Graphics Processing Unit) provides high computational speed at a very low cost as compared to high end systems. The field of parallel processing using GPU is advancing very fast with a new technology being introduced in the field every day. With such advancements, it is necessary to review the major works done in this field. Graph traversal is one of the major challenges in this field. So far comprehensive review work covering major areas of the graph traversal techniques have not been reported much. This paper aims at surveying the implementation of different graph traversal techniques (viz. BFS, SSSP, APSP) using CUDA architecture and GPU.
图形算法在GPU上的实现:比较分析
与高端系统相比,GPU(图形处理单元)以非常低的成本提供高计算速度。利用GPU进行并行处理的领域发展非常迅速,每天都有新的技术被引入该领域。有了这些进展,有必要回顾一下在这一领域所做的主要工作。图遍历是该领域的主要挑战之一。到目前为止,涵盖图遍历技术主要领域的全面审查工作还没有太多的报道。本文旨在测量使用CUDA架构和GPU的不同图遍历技术(即BFS, SSSP, APSP)的实现。
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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