%The Rosenbrock function for use with the psotoolbox % % Function Description: % Equation -> sum ( 100 * (x(i+1) - x(i)^2)^2 + …
rosenbrock 源代码
Rosenbrock方法,作为解决非线性控制系统设计难题的有效手段,在电子工程领域展现出卓越性能。它通过优化控制参数,确保系统稳定性的同时提升响应速度,广泛应用于电力电子、自动控制及信号处理等多个前沿技术领域。掌握Rosenbrock技术不仅能够帮助工程师们克服复杂系统建模挑战,…
%定义遗传算法参数 NIND=40; %个体数目(Numbe of individuals) MAXGEN=500; %最大遗传代数(Maximum number of generations) NVAR…
%定义遗传算法参数 NIND=40; %个体数目(Numbe of individuals) MAXGEN=500; %最大遗传代数(Maximum number of generations) NVAR…
#ifndef __MYFUN_H__ #define __MYFUN_H__ extern float f6(int a); extern float sphere(int a, int b); extern float rosenbrock(i…
160 0.0 100.0 100.0 15 30 2000 Run 0.9 0 30 2 NUMBER_OF_AGENTS E_CUTOFF MAXV MAXX IRang_L, IRang_R MAXITER results_fi…
%the dimension is two ,n=2; clear clc lb=-2.408; ub=2.408; teix=0.02; [X,Y] = meshgrid(lb:teix:ub); Z=100*(Y.^2-X).^2+(1-…
clear clc lb=-3; ub=3; teix=0.1; [X,Y] = meshgrid(lb:teix:ub); Z=0.5*(X.^2-Y).^2+(X-1).^2; mesh(X,Y,Z) axis([lb ub lb ub -…
function [fval]=unc_n2_rosenbrock1(x) %reference: %note that you can get the formulation of unc_n2_rosenbrock1 from some %aritc…
function y=f2(x) % f1 is Rosenbrock function % The variabe x is a vector % d=length(x); z=0; for k=1:d-1 z=z+(100*(x(k+1)…
function y=f2(x) % f1 is Rosenbrock function % The variabe x is a vector % d=length(x); z=0; for k=1:d-1 z=z+(100*(x(k+1)…