DC operating point analysis using evolutionary computing

D. Crutchley, A. Zwolinski
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引用次数: 1

Abstract

This paper discusses and evaluates a new approach to operating point analysis based on evolutionary computing (EC). EC can find multiple solutions to a problem by using a parallel search through a population. At the operating point(s) of a circuit the overall error has a minimum value, Therefore, we use an Evolutionary Algorithm (EA) to search the solution space to find these minima, Various evolutionary algorithms are described. Several such algorithms have been implemented in a full circuit analysis tool. The performance and accuracy of the algorithms are compared to Newton-Raphson (NR). Evolutionary algorithms are shown to be robust and to have an accuracy comparable to that of NR. The development of a hybrid algorithm is also discussed.
基于进化计算的直流工作点分析
本文讨论并评价了一种基于进化计算的工作点分析新方法。EC可以通过在种群中使用并行搜索来找到问题的多个解决方案。在电路的工作点处,整体误差具有最小值,因此,我们使用进化算法(EA)来搜索解空间以找到这些最小值,并描述了各种进化算法。几个这样的算法已经在一个全电路分析工具中实现。并与Newton-Raphson (NR)算法的性能和精度进行了比较。进化算法的鲁棒性和精度可与NR相媲美。本文还讨论了一种混合算法的发展。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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