Performance-influencing Factors for Parallel and Algorithmic Problems in Multicore Environments: Work-In-Progress Paper

Markus Frank, Steffen Becker, Angelika Kaplan, A. Koziolek
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Abstract

Model-based approaches in Software Performance Engineering (SPE) are used in early design phases to evaluate performance. Most current model-based prediction approaches work quite well for single-core CPUs but are not suitable or precise enough for multicore environments. This is because they only consider a single metric (i.e., the CPU speed) as a factor affecting performance. Therefore, we investigate parallel-performance-influencing factors (PPIFs) as a preparing step to improve current performance prediction models by providing references curves for the speedup behaviour of different resource demands and scenarios. In this paper, we show initial results and their relevance for future work.
多核环境中并行和算法问题的性能影响因素:工作进展论文
软件性能工程(SPE)中基于模型的方法在早期设计阶段用于评估性能。目前大多数基于模型的预测方法对于单核cpu工作得很好,但对于多核环境不适合或不够精确。这是因为它们只考虑单一指标(即CPU速度)作为影响性能的因素。因此,我们研究并行性能影响因素(ppif),通过提供不同资源需求和场景下加速行为的参考曲线,作为改进当前性能预测模型的准备步骤。在本文中,我们展示了初步结果及其与未来工作的相关性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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