硬件/软件系统的多级设计和验证

L. Philipson
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引用次数: 7

摘要

指出在信息技术中,大多数真实的系统都是基于硬件和软件的协作,而硬件不仅仅是一个芯片。系统设计可以看作是一个大规模的多维优化问题,其解集只有部分已知。对设计空间的实验性探索是唯一可行的方法。隆德大学开展的一些项目表明,可以获得系统性能和设计生产力的显着提高。该方法包括对设计过程的新态度,设计师的新角色,新的设计方法和新的概念。研究表明,通过广泛使用现代工具,设计人员可以在设计过程中开发和评估整个系统的一组分层功能模型,并在模型之间建立良好定义的关系。>
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Multilevel Design and Verification of Hardware/Software Systems
It is pointed out that most real systems in information technology are based on cooperating hardware and software, and the hardware is more than a single chip. System design can be viewed as a massively multidimensional optimization problem for which the solution set is only partially known. Experimental exploration of the design space is the only available approach. A number of projects carried out at Lund University demonstrate that a dramatic increase in system performance and design productivity can be gained. The approach includes a new attitude to the design process, a new role for the designer, new design methodology, and new concepts. It has been shown that, by making extensive use of modern tools, the designer can develop and evaluate a set of hierarchical functional models of the entire system during the design process and establish well-defined relationships between the models. >
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