StenSAL:用于无情执行显式模板算法的单一赋值语言

Lucas A. Wilson, Jeffery von Ronne
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引用次数: 2

摘要

许多不同的科学领域都使用基于模板的算法来求解数学方程,以进行计算建模和仿真。现有的命令式语言可以很好地映射到物理硬件上,但是领域科学家很难映射到数学模板算法上。StenSAL是一种特定于领域的语言,它通过单个赋值数据依赖关系链接在一起的确定性任务来定制显式模板算法的表达,并生成映射到计算的无情执行模型的程序。我们提供了StenSAL语言和语法的描述,在代码生成之前可以在StenSAL程序上执行的一些完整性检查,以及编译器如何将StenSAL转换为Python。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
StenSAL: A Single Assignment Language for Relentlessly Executing Explicit Stencil Algorithms
Many different scientific domains make use of stencil-based algorithms to solve mathematical equations for computational modeling and simulation. Existing imperative languages map well onto physical hardware, but can be difficult for domain scientists to map to mathematical stencil algorithms. StenSAL is a domain specific language which is tailored to the expression of explicit stencil algorithms through deterministic tasks chained together through single assignment data dependencies, and generates programs that map to the relentless execution model of computation. We provide a description of the StenSAL language and grammar, some of the sanity checks that can be performed on StenSAL programs before code generation, and how the compiler translates StenSAL into Python.
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