在PROMOTER中的不规则应用

A. Schramm
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引用次数: 9

摘要

具有分布式内存的并行计算机由于其最佳的可伸缩性而越来越受欢迎。然而,它们的有效使用需要应用程序的底层图结构到目标平台物理拓扑的位置保持映射。PROMOTER是一种并行编程模型,它通过使图结构显式并因此可被实现处理来支持编译器的自动映射。本文描述了如何为具有不规则和动态空间结构的应用程序执行此操作。
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Irregular applications in PROMOTER
Parallel computers with distributed memory are gaining popularity on account of their optimal scalability. However, their efficient use requires a locality-preserving mapping of the application's underlying graph structure onto the physical topology of the target platform. PROMOTER is a parallel programming model which supports an automatic mapping by the compiler by making the graph structures explicit and thus processable by the implementation. This article describes how this is done for applications with irregular and dynamic spatial structures.
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A package for automatic parallelization of serial C-programs for distributed systems The parallel Fortran family and a new perspective Proving data-parallel programs correct: the proof outlines approach Facilitating the development of portable parallel applications on distributed memory systems The refinement of high-level parallel algorithm specifications
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