网络列表
计算机科学
布线(电子设计自动化)
超大规模集成
集成电路布局
物理设计
设计流量
IC布局编辑器
点(几何)
页面布局
电子设计自动化
地点和路线
安置
集合(抽象数据类型)
设计布置记录
标准电池
网络路由
计算机体系结构
设计空间探索
功率(物理)
电路提取
嵌入式系统
电路设计
工程类
集成电路
电气工程
电压
程序设计语言
等效电路
几何学
数学
量子力学
操作系统
业务
广告
物理
作者
Tristan M. Evans,Yarui Peng,H. Alan Mantooth
标识
DOI:10.1109/dmc51747.2021.9529940
摘要
PowerSynth is a tool for the generation and multi-objective optimization of power module layouts. However, this generation is limited to variations of the initial layout sketched by a designer. In an effort to provide a deeper and more thorough exploration of the resulting design space, this paper proposes a placement and routing methodology adapted from VLSI techniques to provide a more diverse set of starting point layouts for PowerSynth optimization through synthesis of a circuit netlist. An overview of this method is presented along with prototype results of a continuous, force-directed placement routine. This paper demonstrates the proposed design flow, including PowerSynth initial layout results.
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