AKORD:用于数字数据路径的晶体管级和混合晶体管/栅极级放置工具

T. Serdar, C. Sechen
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引用次数: 15

摘要

描述AKORD,一个晶体管级和混合晶体管/栅极级放置工具。AKORD具有解决数字数据路径布局问题的独特布局功能。为了改善放置和布线步骤之间的沟通,开发了新的放置后算法:器件重新间隔程序,栅极触点优化程序和减少导线交叉的程序。AKORD动态支持:(1)晶体管折叠,而不使用包含同一器件变体的器件库;(2)器件合并,包括关于最佳晶体管链形成的信息;(3)井面积最小化。实验结果表明,自动布局与熟练的人工布局相当,并且计算时间相当有限。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
AKORD: transistor level and mixed transistor/gate level placement tool for digital data paths
Describes AKORD, a transistor-level and mixed transistor/gate-level placement tool. AKORD has unique layout capabilities that address the digital data path layout problem. In order to improve communication between the placement and routing steps, new post-placement algorithms were developed: a device re-spacing procedure, an optimization procedure for gate contacts, and a procedure which reduces wire crossovers. AKORD dynamically supports: (1) transistor folding without the usage of device libraries that contain variants of the same device; (2) device merging, including information about optimal transistor chain formation; and (3) well area minimization. Experimental results show that the automated layouts are comparable to skilled manual layouts and that the computation times are quite modest.
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