Large drilling machine control code — Parallelisation and WCET speedup

M. Gerdes, Julian Wolf, Irakli Guliashvili, T. Ungerer, Michael Houston, G. Bernat, S. Schnitzler, Hans Regler
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引用次数: 11

Abstract

Hard real-time applications in safety-critical domains — namely avionics, automotive, and machinery — require high-performance and timing analysability. We present research results of the parallelisation and WCET analysis of an industrial hard real-time application, i.e. the control code of a large drilling machine from BAUER Maschinen GmbH. We reached a quad-core speedup of 2.62 for the maximum observed execution time (MOET) and 1.93 on the WCET compared to the sequential version. For the WCET analysis we used the measurement-based WCET analysis tool RapiTime.
大型钻床控制代码。并行化和WCET加速
在安全关键领域的硬实时应用-即航空电子,汽车和机械-需要高性能和定时可分析性。本文介绍了一个工业硬实时应用的并行化和WCET分析的研究结果,即BAUER Maschinen GmbH的大型钻机的控制代码。与连续版本相比,我们在最大观察执行时间(MOET)上实现了2.62的四核加速,在WCET上实现了1.93的加速。对于WCET分析,我们使用了基于测量的WCET分析工具RapiTime。
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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