基于SoC平台和体系结构模型的嵌入式应用原型设计方法

Y. Aoudnil, G. Gogniat, K. Louki, J. Philippe, M. Abid
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引用次数: 0

摘要

实时嵌入式系统设计需要架构模型、平台和应用规范之间的协作,才能从高层次规范出发构建实时系统原型。在很多情况下,单一的原型解决方案已不能很好地应对嵌入式系统周围环境的变化。因此,当我们想要在嵌入式系统上运行应用程序时,我们需要有几个具有不同性能级别的原型,以应对环境的演变。本文提出了一种利用通用架构模式PACM和现有原型平台进行嵌入式系统快速原型设计的方法。提出了几种原型,以获得第一个空间解,从而加快了探索过程,并可以选择有效的解
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Method for embedded application prototyping based on SoC platform and architecture model
Real time embedded system design needs collaboration between architectures model, platforms and application specification in order to prototype a real time system from high level specification. In many case, one solution of prototype is not so good to answer the environment changes around embedded system. For this reason, when we want to run an application on embedded system, we need to have several prototypes with different performance levels in order to address the environment evolution. This paper gives an approach for rapid embedded system prototyping using a general architectural mode named PACM and existing prototyping platforms. Several prototypes are proposed to get a first space solution, thus the exploration process is accelerated and an efficient solution can be selected
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