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Multi-dimensional Interval Test

机译:多维间隔测试

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摘要

In this paper, we propose a sophisticated technique of data dependence analysis for distributed memory parallel environments that is used for converting sequential code into a parallel form targeted for a particular architecture. Two-dimensional arrays with subscripts formed by induction variable in real programs appear quite frequently. We test if there are integer-valued solutions for two-dimensional arrays with subscripts formed by induction variable. It is demonstrated that without direction vectors there are integer-valued solutions for two-dimensional arrays with subscripts formed by induction variable. Furthermore, it is also shown that under a specific direction vector θ = (=_1, …, =_d ) there are integer-valued solutions for two-dimensional arrays with subscripts formed by induction variable. Finally, we point out that for other direction vectors there are no integer-valued solutions for two-dimensional arrays with subscripts formed by induction variable.
机译:在本文中,我们为分布式内存并行环境提出了一种复杂的数据依赖分析技术,该技术用于将顺序代码转换为针对特定体系结构的并行形式。在实际程序中,具有由归纳变量形成的下标的二维数组出现得非常频繁。我们测试下标由归纳变量形成的二维数组是否存在整数值解决方案。结果表明,在没有方向矢量的情况下,具有由归纳变量形成的下标的二维阵列存在整数值解。此外,还显示出,在特定方向矢量θ=(= _1,…,= _d)下,存在带有归纳变量形成的下标的二维阵列的整数值解。最后,我们指出,对于其他方向向量,对于带有归纳变量形成的下标的二维数组,没有整数值解。

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