分层分区

D. Behrens, K. Harbich, E. Barke
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引用次数: 1129

摘要

近五年来,数字电路的划分已成为一个关键问题。多芯片模块或逻辑仿真等新技术的好处很大程度上取决于分区结果。大多数已发表的方法都是基于从平面网络列表构建的抽象图模型,它只考虑连接信息。本文提出的方法利用设计层次的信息来改善划分结果,降低问题的复杂性。高达150k门的设计已经成功地通过下降和上升的层次结构进行了划分。相比。标准k-way迭代改进划分方法的结果提高了65%,运行时间减少了99%。
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Hierarchical partitioning
Partitioning of digital circuits has become a key problem area during the last five years. Benefits from new technologies like Multi-Chip-Modules or logic emulation strongly depend on partitioning results. Most published approaches are based on abstract graph models constructed from flat netlists, which consider only connectivity information. The approach presented in this paper uses information on design hierarchy in order to improve partitioning results and reduce problem complexity. Designs up to 150 k gates have been successfully partitioned by descending and ascending the hierarchy. Compared to. Standard k-way iterative improvement partitioning approach results are improved by up to 65% and runtimes are decreased by up to 99%.
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