DOC:快速准确的全球路由拥塞分析

Yiding Han, Koushik Chakraborty, Sanghamitra Roy
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引用次数: 2

摘要

本文提出了一种在全局路由阶段快速准确的拥塞分析工具。它着重于捕获全局路由设计中难以解决的拥塞问题。该框架使用一种新的正交拥塞相关(OCC)因子来识别路由拥塞,该因子可以识别难以路由的热点。这项工作的一个关键贡献是一个快速的全局路由器,以减少由长网引起的拥塞,并准确地显示由于高密度短网而难以路由的点的分布。全局路由器使用网络的动态表示来实现快速的拓扑转换。所提出的框架可以评估放置解决方案的可达性,并用于帮助放置器进行拥塞感知设计。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DOC: Fast and accurate congestion analysis for global routing
This work presents a fast and accurate congestion analysis tool at the global routing stage. It focuses on capturing the difficult-to-solve congestion in global routing designs. The proposed framework identifies the routing congestion using a novel Orthogonal Congestion Correlation (OCC) factor, which identifies the hard-to-route hot-spots. A key contribution of this work is a fast global router to minimize congestion caused by long nets and accurately reveal the distribution of hard-to-route spots due to high density short nets. The global router uses a dynamic representation of net to allow fast topology transformation. The proposed framework can evaluate the routability of a placement solution, and be utilized to aid the placer for a congestion-aware design.
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