Code generation in the polytope model
Code generation in the polytope model
复制标题
多面体模型中的代码生成
DOI：
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发表时间：
1998
期刊：
影响因子：
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通讯作者：
Sabine Wetzel
中科院分区：
文献类型：
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作者：
M. Griebl;C. Lengauer;Sabine Wetzel
嵌套循环的自动并行化，基于一种数学模型，即多面体模型，在过去十年中已经得到了显著的改进：最先进的方法允许在空间和时间上灵活地分布计算，从而导致高质量的并行性。然而，由于缺乏能够处理新发现的灵活性的代码生成方案，这些方法并没有在实际的并行编译器中找到自己的方式。缩小这一差距是本文的目的。
Automatic parallelization of nested loops, based on a mathematical model, the polytope model, has been improved significantly over the last decade: state-of-the-art methods allow flexible distributions of computations in space and time, which lead to high-quality parallelism. However, these methods have not found their way into practical parallelizing compilers due to the lack of code generation schemes which are able to deal with the new-found flexibility. To close this gap is the purpose of this paper.