搜索资源列表
inheritandbpwithmatlab
- 遗传算法和bp神经网络结合matlab源码，实用价值高-bp genetic algorithms and neural network Matlab source, a high practical value
GAdesf
- 遗传算法的MATLAB代码，很好的算法啊，有需要的自己下载然后解压就可以用了-GA MATLAB code, a good algorithm ah, need to download the then extracting their own can use the
ga_basicprogram
- 基本遗传算法(GA)的matlab源程序!许多改进的遗传算法均可在此基础上修改而成.
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。
matlabga
- matlab环境下的遗传算法程序，十进制二进制编码都有
gamatlabprogram
- 一些经典遗传算法问题的matlab程序调度问题分配问题等等
suanfa
- 一些经典遗传算法问题的matlab程序调度问题分配问题等等
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
saa
- 该程序用于优化问题 很好和遗传算法结合 用MATLAB结合起来用很好-The program for the optimization problem and genetic algorithm combined with a good use of MATLAB to combine with a good
SGA_II_CVaR
- 基于蒙特卡洛模拟的改进自适应遗传算法CVaR程序-matlab
W32DasmV8.93
- matlab遗传算法工具箱101KB -matlab GA
GA
- 遗传算法示例源程序 遗传算法示例源程序 -matlab use daima,matlab use daima,matlab use daima,matlab use daimamatlab use daimamatlab use daimamatlab use daimamatlab use daima
Matlab-GENE-TOGETHER
- 解释了遗传算法这种非数值算法在matlab中的应用-This explains the genetic algorithm of non-numerical algorithm in matlab
matlab-GA-tools
- matlab遗传算法工具箱基本用法，带书籍介绍，十分全面！-matlab genetic algorithm toolbox basic usage, with book, very comprehensive!
GADS--matlab
- matlab遗传算法工具箱遗传算法的使用总结-matlab genetic algorithm toolbox genetic algorithm using summary
GA_SA.matlab
- 模拟退火算法和遗传算法，智能算法里面的两个重要算法思想；程序已经通过了测试，可直接运行；-Simulated annealing algorithm and genetic algorithms, intelligent algorithms inside two important algorithms thought the program has passed the test can be run directly
Based-on-GA-matlab-code
- 基于遗传算法的matlab代码,源码，可运行。-Based on Genetic Algorithm matlab code
ycsf
- 遗传算法matlab实现，自己手写的，求支持-yichuansuanfa matlab achieve
chapter4
- TSP是典型的NP完全问题，既其最坏情况下的时间复杂度随着问题规模的增大按指数方式增长，到目前为止还未找到一个多项式时间的有效算法。(TSP is a typical NP complete problem, and its worst-case time complexity increases exponentially as the problem size increases. So far, no polynomial time efficient algorithm has been
PID-control
- 各种PID控制源代码，包括神经网络、粒子群、遗传算法等职能算法的PID控制。(Various PID control source code, including neural networks, particle swarm, genetic algorithms and other functions of the algorithm PID control.)