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Towards Dynamic Shaping

机译:走向动态成型

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摘要

Shape theory supports techniques for static analysis of the shapes of data structures. This information is being used both to detect errors and to optimise sequential computation. The same techniques will improve the compilation of data parallel programs when all shapes can be statically determined. Even when shapes are not known until execution, research into nested data parallel languages shows that shape information may also be beneficial. This paper considers how shape analysis should be approached in the dynamic setting.
机译:形状理论支持静态分析数据结构形状的技术。此信息可用于检测错误和优化顺序计算。当可以静态确定所有形状时,相同的技术将改善数据并行程序的编译。即使在执行之前不知道形状,对嵌套数据并行语言的研究也表明形状信息也可能是有益的。本文考虑了在动态设置中应如何进行形状分析。

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