Clint: A direct manipulation tool for parallelizing compute-intensive program parts

O. Zinenko, Stéphane Huot, C. Bastoul
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引用次数: 14

Abstract

Parallel systems are now omnipresent and their effective use requires significant effort and expertise from software developers. Multitude of languages and libraries offer convenient ways to express parallelism, but fall short at helping programmers to find parallelism in existing programs. To address this issue, we introduce Clint, a direct manipulation tool aimed to ease both the extraction and the expression of parallelism. Clint builds on polyhedral representation of programs to convey dynamic behavior, to perform automatic data dependence analysis and to ensure code correctness. It can be used to rework and improve automatically generated optimizations and to make manual program transformation faster, safer and more efficient.
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用于并行化计算密集型程序部分的直接操作工具
并行系统现在无处不在,它们的有效使用需要软件开发人员的大量努力和专业知识。大量的语言和库提供了方便的方式来表达并行性,但在帮助程序员在现有程序中找到并行性方面却有所欠缺。为了解决这个问题,我们引入了Clint,一个直接操作工具,旨在简化并行性的提取和表达。Clint基于程序的多面体表示来传达动态行为,执行自动数据依赖性分析并确保代码的正确性。它可用于返工和改进自动生成的优化,并使手动程序转换更快、更安全、更有效。
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