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An Efficient Two-Level Partitioning Algorithm for VLSI Circuits

机译:VLSI电路的高效两级划分算法

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摘要

In this paper, a new two-level bipartitioning algorithm TLP, combining a hybrid clustering technique with an iterative improvement based partitioning process, is proposed. The hybrid clustering algorithm consisting of a local bottom-up clustering technique to merge modules and a global top-down ratio-cut technique for decomposition can be used to reduce the partitioning complexity and improve the performance. To generate a high-quality partitioning solution, a module migration based partitioning algorithm MMP is also proposed as the base partitioner for the TLP algorithm. The MMP algorithm implicitly promotes the move of clusters during the module migration process by paying more attention to the neighbors of moved modules, relaxing the size constraints temporarily during the migration process, and controlling the module migration direction.
机译:本文提出了一种新的两级双向划分算法TLP,该算法将混合聚类技术与基于迭代改进的划分过程相结合。可以使用由合并模块的局部自下而上聚类技术和用于分解的全局自上而下的比例削减技术组成的混合聚类算法,以降低划分复杂度并提高性能。为了生成高质量的分区解决方案,还提出了基于模块迁移的分区算法MMP作为TLP算法的基础分区程序。 MMP算法通过更加关注已移动模块的邻居,在迁移过程中暂时放松大小限制并控制模块迁移方向,隐式地促进了模块迁移过程中群集的移动。

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