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BPNN
- 由于BP网络的权值优化是一个无约束优化问题，而且权值要采用实数编码，所以直接利用Matlab遗传算法工具箱。以下贴出的代码是为一个19输入变量，1个输出变量情况下的非线性回归而设计的，如果要应用于其它情况，只需改动编解码函数即可。
MATLAB-ge-zhong-you-hua
- 无约束一维、多维极值，约束优化问题，粒子群优化算法，遗传优化算法-Unconstrained one-dimensional, multi-dimensional extremal constrained optimization problem, particle swarm optimization, genetic optimization algorithm
minFBNQ
- 无约束一维极值问题的优化算法，能很快的求取最小值。-Extremal non-binding one-dimensional optimization problem that can quickly strike a minimum.
mastering_matlab
- 精通MATLAB最优化计算 配套光盘 本书的主要内容是应用MATLAB来解决最优化问题，通过将“最优化问题”、“MATLAB优化工具箱”和“MATLAB编程”这三方面有机结合进行讲述，即一方面是使用工具箱来快速解决最优化问题，另一方面是通过算法编程深入解决最优化问题。主要包括MATLAB优化工具箱、无约束多维极值问题、约束优化问题、非线性最小二乘优化问题、线性规划、整数规划、二次规划、粒子群优化算法、遗传算法。 -The main contents of the book is the
unconstrained-optimization
- 此文档为无约束优化算法代码及课件，包含10几个代码，2个ppt说明文档，适合工程方面工作者参考-This document is an unconstrained optimization algorithm code and courseware, contain 10 several code, 2 ppt documentation, suitable for engineering workers Reference
LSYHXY
- 量子遗传算法的函数寻优算法，以求取约束条件下的极值-Quantum genetic algorithm function optimization algorithm
NormFitGA
- NormFitGA 用动态线性标定适应值的遗传算法求解一维无约束优化问题 -NormFitGA dynamic linear calibration to adapt to the value of the genetic algorithm for solving one-dimensional unconstrained optimization problems
SBOGA
- SBOGA 用顺序选择遗传算法求解一维无约束优化问题 -SBOGA order to select genetic algorithm for solving one-dimensional unconstrained optimization problems
GMGA
- GMGA 用大变异遗传算法求解一维无约束优化问题 -GMGA large variation genetic algorithm to solve the one-dimensional unconstrained optimization problem
optimization-program
- 无约束一维极值/无约束多维极值/约束优化/非线性最小二乘优化/线性规划/整数规划/二次规划/遗传优化算法等对应的matlab程序-Unconstrained one-dimensional extremal/unconstrained multidimensional the pole/constrained optimization/nonlinear least squares optimization/linear programming/integer programming/Quadr
LMS
- 基于matlab软件的一个无约束优化问题的最速下降算法-Based on matlab software an unconstrained optimization problems steepest descent algorithm
Trust-RegionInterior_Point
- 本代码为《最优化理论与方法》书籍重的信赖域算法的代码，本代码中的目标函数和约束等初值可由需要进行改变，来得到所期望的计算-The code for the " optimization theory and method" heavy books trust region algorithm code, the code of the objective function and constraints may need to change the initial value
conjugate-gradient-method
- 本代码为《最优化理论与方法》书籍中的共轭梯度法算法的代码，并举了两个书上的作业题的例子，本代码中的目标函数和约束等初值可由需要进行改变，来得到所期望的计算-The code for the " optimization theory and method" books conjugate gradient method algorithm code, citing two books on the example of the job title, the code in th
steepest-descent-method
- 本代码为《最优化理论与方法》书籍中的拥有Amijo改进的最速下降法算法的代码，并举了3个书上的作业题的例子，本代码中的目标函数和约束等初值可由需要进行改变，来得到所期望的计算-The code for the " optimization theory and method" books have Amijo improvement in the steepest descent method algorithm code, citing the three books on
BFGS
- 本代码为《最优化理论与方法》书籍中的牛顿法和拟牛顿法算法的代码，并举了2个书上的作业题的例子，本代码中的目标函数和约束等初值可由需要进行改变，来得到所期望的计算-The code for the " optimization theory and method" books in the Newton method and quasi-Newton method algorithm code, citing two books on the example of the job
vrp
- 用matlab解决vrp问题,本程序为遗传算法解决基本VRP问题的例程。各供货点距离矩阵及遗传算法参数在VRP.M中给出。以路径长度作为遗传算法的适应度函数，约束函数通过在LEN中增加惩罚因子体现，本程序简便起见将不满足约束的直接加100；-Vrp matlab to solve the problem with the program for the genetic algorithm to solve the basic problem VRP routines. The delivery
RestrictedProgramming
- 约束规划是最优化理论中非常重要的内容之一，该文件夹内是线性规划经典算法的matlab源码。-Constraint programming optimization theory is a very important element of the folder is the classic linear programming algorithm matlab source code.
newtontwo-dimension
- 一维Newton的方法可以推广到多维的情况，这个方法也是求解无约束极值问题最古老的算法之一 已经发展成为一类算法：Newton形法-One-dimensional Newton' s method can be extended to the case of multi-dimensional, this method is also one of the oldest unconstrained algorithm extremal problem has developed int
GAforVRP
- VRP指一定数量的客户，各自有不同数量的货物需求，配送中心向客户提供货物，由一个车队负责分送货物，组织适当的行车路线，目标是使得客户的需求得到满足，并能在一定的约束下，达到诸如路程最短、成本最小、耗费时间最少等目的(VRP refers to a certain number of customers, each with different amount of demand for goods distribution center to provide goods to customers
LCMV波束形成算法MATLAB程序
- LCMV波束形成算法MATLAB程序 线性约束最小方差准则的自适应波束形成(Matlab program of LCMV beamforming algorithm)