优化超级计算机的超级编译器

M. Wolfe
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引用次数: 38

摘要

从问题陈述到作为计算机模拟的解决方案之间有几个步骤,从选择方法、编写程序、编译到机器码、做出运行时决策和硬件执行。这里我们将看看中间的三个决策点。哪些决定应该并且必须留给程序员?哪些决策应该并且必须由编译器来决定?哪些决策应该并且必须留到运行时再做?鉴于我的背景,我将重点关注编译器在超级计算中的重要性,并比较和对比编译器解决方案对语言和运行时解决方案的“性能+可移植性+生产力”问题的优势和影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Optimizing supercompilers for supercomputers
Between a problem statement and its solution as a computer simulation are several steps, from choosing a method, writing a program, compiling to machine code, making runtime decisions, and hardware execution. Here we will look at the middle three decision points. What decisions should be and must be left to the programmer? What decisions should be and must be relegated to a compiler? What decisions should be and must be left until runtime? Given my background, I will focus a great deal on the importance of compilers in supercomputing, and compare and contrast the advantages and impacts of compiler solutions to the "Performance + Portability + Productivity" problem with language and runtime solutions.
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