用于NoC设计和合成的平面图感知交互式工具流

M. R. Kakoee, F. Angiolini, S. Murali, A. Pullini, Ciprian Seiculescu, L. Benini
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引用次数: 8

摘要

在本文中,我们提出了一个平面图感知工具链,用于NoC的设计和合成,并集成了图形前端。由此产生的设计方法是高度自动化的,但需要与用户进行丰富的交互,跨越交通流量规范,拓扑综合和物理平面规划,具有反向注释功能和增量设计的机会。我们利用提出的工具来实现一些基于noc的案例研究。我们表明,由于易于使用的建议环境,不仅可以节省大量的时间和精力,而且由于设计人员和建议工具链之间的早期交互所解锁的优化,最终网表的质量也得到了改善。
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A floorplan-aware interactive tool flow for NoC design and synthesis
In this paper we present a floorplan-aware toolchain for NoC design and synthesis integrated with a graphical front-end. The resulting design methodology is highly automated yet entails rich interaction with the user, spanning across traffic flow specification, topology synthesis and physical floorplanning, with back-annotation capabilities and opportunities for incremental design. We exploit the proposed tool to implement some NoC-based case studies. We show that not only a great amount of time and effort can be saved thanks to the easy-to-use proposed environment, but also that the quality of the final netlist improves due to the optimizations unlocked by the early-stage interaction among the designer and the proposed toolchain.
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