WB-Trees:用于FinFET模拟布局设计的网格树表示法*

Yu-Sheng Lu, Yu-Hsuan Chang, Yao-Wen Chang
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引用次数: 6

摘要

FinFET技术的新兴设计要求,以及传统的几何限制,使得基于FinFET的模拟放置更具挑战性。由于一些新的约束与传统的约束有着本质的不同,以往的工作只能处理部分finfet诱导的设计约束;因此,直接扩展以前的方法来处理finfet引起的约束将导致解决方案质量下降和运行时开销。为了弥补这些缺点,我们提出了一种新的混合图(网格树)表示窗口网格和cb树(即wb树),以及一种新的放置流,该流具有有效和高效的方案,可以同时处理基于finfet的设计约束和传统的设计约束。基于各种约束条件的工业设计的实验结果表明,我们的砂矿机在解决质量和运行时间方面都优于已发表的作品。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
WB-Trees: A Meshed Tree Representation for FinFET Analog Layout Designs*
The emerging design requirements with the FinFET technology, along with traditional geometrical constraints, make the FinFET-based analog placement even more challenging. Previous works can handle only partial FinFET-induced design constraints because some new constraints are intrinsically different from the traditional ones; as a result, directly extending previous methods to handle FinFET-induced constraints would incur solution quality degradation and runtime overhead. To remedy these disadvantages, we present a new hybrid graph (meshed tree) representation of a window mesh and CB-trees (namely, WB-trees) and a new placement flow with effective and efficient schemes to simultaneously handle FinFET-based design constraints and traditional ones. Experimental results based on industrial designs with various constraints show that our placer outperforms published works in both solution quality and runtime.
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