基于SystemC的AUTOSAR软件组件仿真

Tariq S. Shatat, Bassem A. Abdullah, A. Salem
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引用次数: 0

摘要

AUTOSAR是一种软件方法,通常用于汽车软件系统的设计和实现。它通过软件组件(SWC)和虚拟功能总线(VFB)的概念为设计人员提供了高层次的抽象。不幸的是,没有成熟的仿真工具可以在VFB级别上模拟系统,这使得在系统集成之前无法评估模型。另一方面,SystemC提供了一个框架来模拟、分析和验证软件。此外,还考虑了硬件和通信总线的时序行为。SystemC建模组件与AUTOSAR软件组件(SWC)建模之间的相似之处鼓励我们依靠SystemC向AUTOSAR系统的设计者提出一个用于定时仿真的流程。本文提出了一种利用SystemC仿真内核为汽车系统设计人员提供快速仿真的工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SystemC based simulation of AUTOSAR software components
AUTOSAR is a software methodology commonly used in automotive software system design and implementation. It provides high level of abstraction for the designer through the concept of software components (SWC) and virtual function bus (VFB). Unfortunately, no mature simulation tool is available to simulate the system at the VFB level which disables evaluating the model before system integration. On the other hand, SystemC provides a framework to simulate, analyze, and verify software. Besides, it considers the timing behavior of hardware and communication buses. The similarities and analogies between SystemC modeling components and AUTOSAR software component (SWC) modeling encourages us to rely on SystemC to propose a flow to the designer of AUTOSAR system for timing simulation purpose. In this paper, we present a tool that uses SystemC simulation kernel to provide quick simulation for the designer of Automotive based systems.
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