可重用可移植代码的WCET分析

P. Puschner, G. Bernat
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引用次数: 26

摘要

传统的最坏情况执行时间分析(WCET)计算代码执行时间的上限。该分析使用了有关代码执行竞争和目标体系结构的知识。相反,对于可重用和可移植代码的WCET分析必须从代码最终使用之前未知的参数中抽象出来。分析分两个步骤完成。第一步计算抽象WCET信息,以支持WCET信息的可重用性和可移植性。第二步,当应用程序上下文和目标系统的定时参数已知时,使用抽象的WCET信息计算具体的WCET边界。本文分别描述了这两个分析步骤。它演示了如何使WCET信息可移植和可重用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
WCET analysis of reusable portable code
Traditional worst-case execution-time analysis (WCET analysis) computes upper bounds for the execution times of code. This analysis uses knowledge about the execution contest of the code and about the target architecture. In contrast, the WCET analysis for reusable and portable code has to abstract from parameters that are unknown until the code is finally used. The analysis is done in two steps. The first step computes abstract WCET information to support the reuse and portability of the WCET information. The second step uses the abstract WCET information to compute concrete WCET bounds when the application context and the timing parameters of the target system are known. The paper describes each of the two analysis steps. It demonstrates how WCET information can be made portable and reusable.
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