Improvement Based on Data Version Management in TM

Y. Liu, Ying Xie, Yuefan Hao, Fuxiang Gao
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Abstract

In order to promote parallel computing in multi-cores, transactional memory is studied. Several transactional memory systems are introduced in this paper. to compare the performance of STM library implementations with different types of write acquisition and write versioning, RSTM and genome application is used in this paper. by analyzing the results of genome application tested on these STM library implementations of RSTM, it is concluded that the EE type may not be suitable for genome application compared with LL type. We can choose the type of the STM library implementation based on RSTM in our later program to improve performance.
基于TM数据版本管理的改进
为了促进多核并行计算,对事务性内存进行了研究。本文介绍了几种事务性存储系统。为了比较不同类型的写入获取和写入版本控制的STM库实现的性能,本文使用了RSTM和基因组应用程序。通过对这些实现RSTM的STM库的基因组应用结果进行分析,认为EE型可能不适合基因组应用,而LL型则不适合基因组应用。我们可以在后面的程序中选择基于RSTM的STM库实现的类型,以提高性能。
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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