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PHR_multiplier_method
- 《最优化理论与方法》书籍中的乘子法的源程序，该书中的很多案例都用此方法试验过，本代码是一个小案例，将目标函数和约束函数按自己的需求换掉就能进行所期望的运算-" Optimization Theory and Methods" books multiplier method of the source, the book' s many cases are tested using this method, the code is a small case, the obj
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
CRC16_SER
- CRC16设计常规方法,附带工程文件及约束-CRC16 design conventional methods, with engineering documents and constraints
MPC
- Predictive control of MIMO systems with constraints
SG-AC-current-program
- 不考虑运行约束的关于电力系统SG交流潮流程序-Running constraints not consider on AC power system SG trend program
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