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Methods for Optimal Timing-Driven Cloning Under Linear Delay Model

机译:线性时滞模型下最优时序驱动克隆的方法

摘要

A timing-driven cloning method iteratively partitions sinks of the net into different sets of clusters and for each set computes a figure of merit for a cloned gate location which optimizes timing based on linear delay, that is, a delay proportional to the distance between the cloned gate location and the sinks. The set having the highest figure of merit is selected as the best solution. The original gate may also be moved to a timing-optimized location. The sinks are advantageously partitioned using boundaries of Voronoi polygons defined by a diamond region surrounding the original gate, or vice versa. The figure of merit may be for example worst slack, a sum of slacks at the sinks in the second cluster, or a linear combination of worst slack and sum of the slacks.
机译:时序驱动的克隆方法将网络的汇点迭代地划分为不同的集群集,并为每个集合计算克隆门位置的品质因数,该品质因数基于线性延迟(即与延迟之间的距离成正比的延迟)优化时序。克隆的门位置和水槽。选择具有最高品质因数的集合作为最佳解决方案。原始门也可以移动到时序优化的位置。汇槽有利地使用由环绕原始门的菱形区域定义的Voronoi多边形的边界进行划分,反之亦然。品质因数可以是例如最差的松弛,第二簇中的接收器处的松弛的总和,或最坏松弛和该松弛的总和的线性组合。

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