Python骨架库的新列表骨架

F. Loulergue, Jolan Philippe
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引用次数: 0

摘要

算法骨架是并行计算的模式。框架并行编程简化了并行编程:程序仅仅是这些模式的组合。数据并行骨架对并行数据结构进行操作,而并行数据结构通常具有顺序对应。在提供程序全局视图的算法框架方法中,并行程序因此具有类似于顺序程序的结构,但在并行数据结构上操作。PySke就是这样一个算法骨架库,Python可以用一种简单的方式对共享或分布式内存并行架构进行编程。本文提出了对PySke的扩展:并行表上的新算法骨架。这个扩展是在应用程序上进行评估的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
New List Skeletons for the Python Skeleton Library
Algorithmic skeletons are patterns of parallel computations. Skeletal parallel programming eases parallel programming: a program is merely a composition of such patterns. Data-parallel skeletons operate on parallel data-structures that have often sequential counterparts. In algorithmic skeleton approaches that offer a global view of programs, a parallel program has therefore a structure similar to a sequential program but operates on parallel data-structures. PySke is such an algorithmic skeleton library for Python to program shared or distributed memory parallel architectures in a simple way. This paper presents an extension to PySke: new algorithmic skeletons on parallel lists. This extension is evaluated on an application.
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