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PC-Opt:基于分区和征服的多代理复杂模拟电路优化器.pdf

上传人: 芦苇 编号:651811 2025-05-01 37页 2.58MB

1、Pohang University of Science and TechnologyDepartment of Electrical EngineeringCAD and SoC Design Lab.Tel.+82-54-279-2883Web.http:/csdl.postech.ac.krCONTACTPC-Opt:Partition and Conquest-based Optimizer using Multi-Agents for Complex Analog CircuitsYoungchang Choi,Sejin Park,Ho-Jin Lee,Kyongsu Lee,Ja

2、e-Yoon Sim,and Seokhyong Kang2025.01.22ASIA SOUTH PACIFIC DESIGN AUTOMATED CONFERENCE 2025OutlineI.IntroductionII.Proposed MethodIII.Experimental Setup and ResultsIV.Conclusion*Appendix,References.I.IntroductionChallenges for Analog Circuit Design Traditionally relies on human expertise3ExpertOh my

3、god!As technology of transistors becomes more advanced,sizing circuits becomes more difficult.I.IntroductionApplication of Artificial Intelligence(AI)Application of AI to sizing AMS circuits Bayesian Optimization(BO)1 Reinforcement Learning(RL)2,3,4 Previous research typically overlooks the optimiza

4、tion of complex analog circuits.4Bayesian OptimizationReinforcement Learning WEIBO,TCAS-I,2018 1 AutoCkt,DATE,2020 2 GCN-RL,DAC,2020 3 DNN-Opt,DAC,2021 41 W.Lyu et al.,“An efficient bayesian optimization approach for automated optimization of analog circuits”,TCAS-I,2017.2 K.Settaluri et al.,“Autock

5、t:Deep reinforcement learning of analog circuit designs”,DATE,2020.3 H.Wang et al.,“Gcn-rl circuit designer:Transferable transistor sizing with graph neural networks and reinforcement learning”,DAC,2020.4 C.Ding et al.,“Dnn-opt:An RL inspired optimization for analog circuit sizing using deep neural

6、networks”,DAC,2021.I.IntroductionOptimizing complex analog circuits Applying MADDPG framework 5 handle this issue.States,actions,and rewards are shared.DDPG requires extensive simulations,increasing overall optimization time.55 Zhang et al.,“Automated design of complex analog circuits with multiagen

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本文主要介绍了一种基于机器学习的电路优化方法,用于自动化优化复杂模拟电路。文中提到了多种优化方法和算法,如贝叶斯优化、强化学习等,并比较了它们在优化模拟电路方面的优劣。研究发现,所提出的基于分割和征服策略的优化器(PC-Opt)以及多代理系统(actor-critic framework)在电路优化方面表现出色。此外,文中还提到了实验设置和结果,以及各种优化方法在电路设计中的应用。参考文献中列出了一系列相关研究,涉及电路优化、机器学习、数据分析等领域。
如何优化复杂模拟电路?" "多代理系统在电路设计中的应用" 挑战与前景"
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