互联AUTOSAR软件组件时序仿真

Matthias Krause, O. Bringmann, A. Hergenhan, Gökhan Tabanoglu, W. Rosenstiel
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引用次数: 32

摘要

AUTOSAR是最近的一项规范倡议,专注于模型驱动的架构,如汽车应用的方法论。然而,所需的工程步骤,或者如何从逻辑实现到技术架构实现,还没有得到工具的很好支持。相比之下,SystemC提供了一种全面的方法来模拟、分析和验证软件。此外,它甚至能够考虑底层硬件和通信路径的定时行为。乍一看,这两个概念之间的建模结构有许多相似之处。因此,本文讨论了在符合autosar的系统设计过程中如何使用SystemC的方法
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Timing Simulation of Interconnected AUTOSAR Software-Components
AUTOSAR is a recent specification initiative which focuses on a model-driven architecture like methodology for automotive applications. However, needed engineering steps, or how-to-come from a logical to a technical architecture respectively implementation, are not well supported by tools, yet. In contrast, SystemC offers a comprehensive way to simulate, analyze, and verify software. Furthermore, it is even able to take the timing behavior of underlying hardware and communication paths into account. Already at a first glance, there are many similarities with respect to the modeling structure between the both concepts. Therefore, this paper discusses approaches on how to use SystemC during the design process of AUTOSAR-conform systems
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