Fine-Grained Parallel Solution for Solving Sparse Triangular Systems on Multicore Platform Using OpenMP Interface

Sirine Marrakchi, M. Jemni
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引用次数: 7

Abstract

This paper describes and analyses a novel method to improve the parallel performance for solving sparse triangular systems (spTRSV). The main objective of this study consists in reducing the total idle time of processors as well as the execution time. Also, the developed solution is suitable for sparse and band structures. To evaluate and validate our contribution, a series of experiments have been carried out on a multicore platform using OpenMP interface. Practical results show the efficiency of the proposed technique compared to the previous studies.
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基于OpenMP接口的多核平台稀疏三角形系统的细粒度并行求解
本文描述并分析了一种提高稀疏三角系统并行性能的新方法。本研究的主要目的在于减少处理器的总空闲时间以及执行时间。该方法也适用于稀疏结构和带状结构。为了评估和验证我们的贡献,使用OpenMP接口在多核平台上进行了一系列实验。实际结果表明,与以往的研究结果相比,该方法是有效的。
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