2003•Unpublished venueRequires access

Automatic generation of fast timed simulation models for operating systems in SoC design

Sungjoo Yoo, Gabriela Nicolescu, L. Gauthier, Ahmed Amine Jerraya

Open publisher page 73 citations

Abstract

To enable fast and accurate evaluation of HW/SW implementation choices of on-chip communication, we present a method to automatically generate timed OS simulation models. The method generates the OS simulation models with the simulation environment as a virtual processor Since the generated OS simulation models use final OS code, the presented method can mitigate the OS code equivalence problem. The generated model also simulates different types of processor exceptions. This approach provides two orders of magnitude higher simulation speedup compared to the simulation using instruction set simulators for SW simulation.

About this research paper

What this paper is about

To enable fast and accurate evaluation of HW/SW implementation choices of on-chip communication, we present a method to automatically generate timed OS simulation models. The method generates the OS simulation models with the simulation environment as a virtual processor Since the generated OS simulation models use final OS code, the presented method can mitigate the OS code equivalence problem. The generated model also simulates different types of processor exceptions. This approach provides two orders of magnitude higher simulation speedup compared to the simulation using instruction set simulators for SW simulation.

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OpenAlex reports 73 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

To enable fast and accurate evaluation of HW/SW implementation choices of on-chip communication, we present a method to automatically generate timed OS simulation models. The method generates the OS simulation models with the simulation environment as a virtual processor Since the generated OS simulation models use final OS code, the presented method can mitigate the OS code equivalence problem. The generated model also simulates different types of processor exceptions. This approach provides two orders of magnitude higher simulation speedup compared to the simulation using instruction set simulators for SW simulation.

Key concepts: Computer science, Speedup, Code (set theory), Code generation, Instruction set, System on a chip, Set (abstract data type), Simulation modeling

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