一种用于消除拥塞的多层全局路由流

Jinghong Liang, Xianlong Hong, Tong Jing
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引用次数: 0

摘要

随着超大规模集成的发展,使用传统的全局路由算法解决多层路由问题,由于不同层对的节距大小不同,而传统算法对所有层对采用统一的节距大小,导致底层路由资源浪费或高层路由缺乏。提出了一种全局路由算法,在路由前进行层分配。该算法基于一种新的多层路由流,利用网络的边界盒来估计网络的拥塞情况,并以均匀拥塞为目标将网络分配到不同的层对。该算法已经实现并经过了测试。实验结果表明,该算法是有效的。
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A new multi-layer global routing flow for congestion elimination
With the progress of very large scale integration, using traditional global routing algorithms to solve multi-layer routing problem causes the routing resource waste of lower layers or the lack of higher layers because the pitch size is different in different layer pairs and traditional algorithms use uniform pitch size for all layer pairs. The paper presents a global routing algorithm that performs layer assignment before routing. This algorithm is based on a new flow for multi-layer routing, and uses bounding box of the nets to estimate the congestion, and distributes them to different layer pairs based on the aim of even congestion. The algorithm has been implemented and tested. The experimental results show that the algorithm is more effective.
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