搜索资源列表
optimal
- 拟牛顿法编写无约束优化程序,主要用于电力系统务工优化。-quasi-Newton method to prepare unconstrained optimization procedures, mainly for the power system optimization workers.
最速下降法程序源代码
- 用最速下降法实现无约束模型的优化计算。
无约束优化 梯度法
- 无约束优化 梯度法的C++程序
无约束优化 阻尼牛顿法
- 无约束优化 梯度法的C++程序
无约束优化 坐标轮换法
- 无约束优化 坐标轮换法的C++程序
One-dimensional_search_method.
- 无约束优化问题一维搜索的常用方法:黄金分割法(golden_section.m)、加步搜索法(plus_step_search.m)、牛顿法(newton.m)、抛物线法(parabola.m),Unconstrained optimization problem of one-dimensional search of the commonly used methods: Golden Section (golden_section.m), plus step-by-step search m
改进的鲍威尔法求解
- 优化算法无约束优化方法中的改进的鲍威尔法求解,通过调试。,Optimization algorithm for unconstrained optimization methods to improve the method of Powell through the debugger.
Code_MATLAB_Optimization
- 这是龚纯《精通MATLAB最优化计算》随书源码(M文件)。基于MATLAB优化工具箱,代码包含的内容有:牛顿法等无约束一维极值问题、单纯形搜索法等无约束多维极值问题、Rosen梯度投影法等约束优化问题、L-M法等非线性最小二乘优化问题、线性规划、整数规划、二次规划、粒子群优化、遗传算法。-This is pure Gong " Mastering MATLAB optimization calculations," with the book source (M file)
powell
- 机械优化设计,鲍威尔法无约束优化程序,程序可以在vc6.00++环境运行-Optimization of Mechanical Design, Powell method for unconstrained optimization procedure, the procedure can vc6.00++ Environment running
Unconstrained_optimization
- 压缩包里包含了无约束优化问题常用的几种求解方法的源程序:变量轮换法(variable_rotation.m)、最速下降法(steepest_descent.m)、修正牛顿法(modified_newton.m)、共轭梯度法(conjugate_gradient.m)。另外,coefficient_matrix.m为目标函数系数获得矩阵,minval.m为最小值计算函数,gradient.m为梯度计算函数-Compression bag contains unconstrained optimiz
TIDUXIAJ
- 多变量无约束问题的优化最优化方法之梯度下降法-Optimization of the gradient descent method
danchunxing
- 一个用于求解无约束优化问题的单纯形法-matlab编写,内有使用说明.-One for solving unconstrained optimization problems the simplex method-matlab written instructions inside.
fminunc
- 最快下降法求解无约束优化问题,f=10*(x(1)+x(2)-5)^2+(x(1)-x(2))^2 主程序dfp11.m如下: oldoptions=optimset( fminunc ) options=optimset(oldoptions, LargeScale , off ) 采用中型优化算法 options11=optimset(options, HessUpdate , dfp ) DFG法,混合二、三次插值 [x11,fval11,exitflag11,outp
OptimumDM
- 机械优化设计一维、多维约束、多维无约束优化算法集成。包括:黄金分割法、牛顿法、梯度法、随机方向法、可行方向法等-Optimization of Mechanical Design dimensional, multi-dimensional constraints, multi-dimensional integration of unconstrained optimization. Include: golden section method, Newton method, gradient
抛物线法
- 抛物线法是求无约束一维极值的一种方法,也叫二次插值法,其理论依据为二次多项式可以在最优点附近较好的逼近函数的形状,做法是在函数的最优点附近取三个构造点,然后用这三个点构造一条抛物线,把这条抛物线的极值点作为函数的极值点的近似(The parabola is a method of solving a constrained one-dimensional extremum method, also called two times interpolation method, the theore
最速下降法
- 梯度下降法是一个最优化算法,通常也称为最速下降法。最速下降法是求解无约束优化问题最简单和最古老的方法之一,虽然现在已经不具有实用性,但是许多有效算法都是以它为基础进行改进和修正而得到的。最速下降法是用负梯度方向为搜索方向的,最速下降法越接近目标值,步长越小,前进越慢。(The gradient descent method is an optimization algorithm, also known as steepest descent. The steepest descent meth
powellfun
- 将工程问题转化为数学问题,进行优化,求得极小值。(The engineering problem is transformed into a mathematical problem, and unconstrained optimization is used to obtain the minimum value.)
zuobiaolunhuanfa
- 将工程问题转化为数学问题,进行无约束优化,求得极小值。(The engineering problem is transformed into a mathematical problem, and unconstrained optimization is used to obtain the minimum value.)
无约束一维极值问题
- 求一维无约束问题的最优解。包括很多传统的优化算法如牛顿法等。(Using Newton method to find the optimal solution of one dimensional unconstrained problems.)
steepest
- 寻求无约束优化问题的解,根据马昌凤书中算法编写(%input:f=f(x); g=the gredient of f(x); x0=the initial value %output:x=the optima of f(x);k=iteration used;opt=the optimum of f(x))