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Static timing analysis of embedded software on advanced processor architectures

André Hergenhan, Wolfgang Rosenstiel

Open publisher page 53 citations

Abstract

This paper examines several techniques for static tim-ing analysis. In detail, the first part of the paper analyzes the connection of prediction accuracy (worst case execution time) and applicability of a methodology for modeling and analysis of instruction as well as data cache behavior. The second part of the paper proposes a timing analysis tech-nique for super-scalar processors. The objects of our stud-ies are two processors of the PowerPC family, in particular the PPC403 and the MPC750. 1.

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What this paper is about

This paper examines several techniques for static tim-ing analysis. In detail, the first part of the paper analyzes the connection of prediction accuracy (worst case execution time) and applicability of a methodology for modeling and analysis of instruction as well as data cache behavior. The second part of the paper proposes a timing analysis tech-nique for super-scalar processors. The objects of our stud-ies are two processors of the PowerPC family, in particular the PPC403 and the MPC750. 1.

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OpenAlex reports 53 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper examines several techniques for static tim-ing analysis. In detail, the first part of the paper analyzes the connection of prediction accuracy (worst case execution time) and applicability of a methodology for modeling and analysis of instruction as well as data cache behavior. The second part of the paper proposes a timing analysis tech-nique for super-scalar processors. The objects of our stud-ies are two processors of the PowerPC family, in particular the PPC403 and the MPC750. 1.

Key concepts: PowerPC, Computer science, Static timing analysis, Cache, Reduced instruction set computing, Branch predictor, Static analysis, Computer architecture

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