低功耗技术映射的精确门分解算法

H. Zhou, Martin D. F. Wong
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引用次数: 16

摘要

随着便携式应用的显著增长以及频率和集成密度的增加,在集成电路设计中,功率的重要性与速度和面积相当。在技术映射中,如何进行分解会对最终实现的功耗产生重大影响。在文献中,对于低功耗栅极分解问题,只给出了启发式算法。我们证明了最优分解树必须具备的许多性质。基于这些最优性,我们设计了一种高效精确的算法来解决低功耗栅极分解问题。此外,精确算法可以很容易地修改为启发式算法,其性能比已知的启发式算法要好得多。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An exact gate decomposition algorithm for low-power technology mapping
With the remarkable growth of portable application and the increasing frequency and integration density, power is being given comparable weight to speed and area in IC designs. In technology mapping, how decomposition is done can have a significant impact on the power dissipation of the final implementation. In the literature, only heuristic algorithms are given for the low power gate decomposition problem. We prove many properties an optimal decomposition tree must have. Based on these optimality properties, we design an efficient exact algorithm to solve the low power gate decomposition problem. Moreover the exact algorithm can be easily modified to a heuristic algorithm which performs much better than the known heuristics.
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