实验与面向wcet的编程和单路径架构

P. Puschner
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引用次数: 31

摘要

单路径软件/硬件架构的目标是支持具有高度可预测时间的实时任务执行。通过使用面向WCET的编程(WCET…然后将面向wcet的代码转换为单路径代码,我们不仅旨在生成具有良好时间可预测性的代码,而且还以高最坏情况性能为目标。本文提出的第一个实验表明,这两个概念的结合确实产生了具有常数的代码,因此完全可预测的执行时间。此外,与我们所研究的编程问题的非面向wcet的替代解决方案的最坏情况执行时间相比,这些执行时间非常具有竞争力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experiments with WCET-oriented programming and the single-path architecture
The single-path software/hardware architecture has been conceived with the goal to support real-time task execution with highly predictable timing. By using WCET-oriented programming (WCET... worst-case execution time) and then converting WCET-oriented code to single-path code we do not only aim at producing code with good temporal predictability but also target at a high worst-case performance. First experiments presented in this paper show that the combination of the two concepts yields indeed code with constant, hence fully predictable execution times. Further, these execution times are very competitive compared to the worst-case execution times of the alternative, non WCET-oriented solutions of the programming problems we investigated.
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