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A Methodology for Profiling and Partitioning Stream Programs on Many-core Architectures

机译:在多核体系结构上对流程序进行概要分析和分区的方法

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Maximizing the data throughput is a very common implementation objective for several streaming applications. Such task is particularly challenging for implementations based on many-core and multi-core target platforms because, in general, it implies tackling several NP- complete combinatorial problems. Moreover, an efficient design space exploration requires an accurate evaluation on the basis of dataflow program execution profiling. The focus of the paper is on the methodology challenges for obtaining accurate profiling measures. Experimental results validate a many-core platform built by an array of Transport Triggered Architecture processors for exploring the partitioning search space based on the execution trace analysis.
机译:对于多个流应用程序,最大化数据吞吐量是一个非常常见的实现目标。对于基于多核和多核目标平台的实现,这样的任务特别具有挑战性,因为通常它意味着要解决几个NP完全组合问题。此外,有效的设计空间探索需要基于数据流程序执行配置文件的准确评估。本文的重点是获得准确的性能分析方法所面临的方法挑战。实验结果验证了由传输触发体系结构处理器阵列构建的多核平台,用于基于执行跟踪分析来探索分区搜索空间。

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