What will system level design be when it grows up?

G. Martin, D. Gajski, D. Goodwin, P. Lysaght, P. Marwedel, M. Muller, J. Welser
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Abstract

We have seen a growing new interest in Electronic System Level (ESL) architectures, design methods, tools and implementation fabrics in the last few years. But the picture of what types and approaches to building embedded systems will become the most widely-accepted norms in the future remains fuzzy at best. Everyone want to know where systems and system design is going "when it grows up", if it ever "grows up". Some of the key questions that need to be answered include which applications will be key system drivers, what SW & HW architectures will suit best, how programmable and configurable will they be, will systems designers need to deal with physical implementation issues or will that be hidden behind fabric abstractions and programming models, and what will those abstractions and models be? Moreover, will these abstractions stabilize and be still useful as the underlying technology keeps developing at high speed.This panel consists of proponents of a number of alternative visions for where we will end up, and how we will get there.
系统关卡设计成熟后会是什么样子?
在过去的几年里,我们看到人们对电子系统级(ESL)架构、设计方法、工具和实现结构的兴趣越来越大。但是,构建嵌入式系统的类型和方法在未来将成为最广泛接受的规范,这幅画充其量是模糊的。每个人都想知道系统和系统设计“何时成长”,如果它曾经“成长”。需要回答的一些关键问题包括:哪些应用程序将是关键的系统驱动程序,哪种软件和硬件架构最适合,它们的可编程性和可配置性如何,系统设计师是否需要处理物理实现问题,或者是否隐藏在结构抽象和编程模型之后,以及这些抽象和模型将是什么?此外,随着底层技术的高速发展,这些抽象是否稳定并仍然有用?这个小组由许多不同愿景的支持者组成,这些愿景包括我们将在哪里结束,以及我们将如何到达那里。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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