Fast wire length estimation in obstructive block placement

Shuting Li, Tan Yan, Y. Takashima, H. Murata
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Abstract

IP-reuse can enhance the design productivity only if the design methodology treats the IPs in a proper way. Especially in the floor-planning phase, sensitive IPs should be treated as routing obstacles, which is impossible when the conventional HPWL-based method is used for routing estimation. This paper proposes an obstacle-aware minimum wiring length (MWL) estimation algorithm, based on the theoretical result in [5], through algorithmic improvements and practical approximation. The experimental results suggests that MWL-based estimation is now possible with only few times larger computational cost comparing to the HPWL-based estimation.
阻塞块放置中的快速导线长度估计
只有当设计方法以正确的方式对待ip时,ip重用才能提高设计效率。特别是在楼面规划阶段,需要将敏感ip视为路由障碍,而传统的基于hpwl的路由估计方法无法做到这一点。本文在文献[5]的理论结果基础上,通过算法改进和实际逼近,提出了一种障碍物感知最小布线长度(MWL)估计算法。实验结果表明,基于mwl的估计与基于hpwl的估计相比,计算成本只增加了几倍。
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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