登录
首页 » matlab » Adaptive-CPSO-master

Adaptive-CPSO-master

于 2020-05-11 发布
0 202
下载积分: 1 下载次数: 1

代码说明:

说明:  改进的粒子群优化,有效解决全局最优,实现化工过程的温度优化(Improved particle swarm optimization to effectively solve global optimization)

文件列表:

Adaptive-CPSO-master, 0 , 2016-04-27
Adaptive-CPSO-master\.gitattributes, 378 , 2016-04-27
Adaptive-CPSO-master\.gitignore, 649 , 2016-04-27
Adaptive-CPSO-master\CEC2005, 0 , 2016-04-27
Adaptive-CPSO-master\CEC2005\A1.m, 6794 , 2016-04-27
Adaptive-CPSO-master\CEC2005\ACPSO.m, 6994 , 2016-04-27
Adaptive-CPSO-master\CEC2005\EF8F2_func_data.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\E_ScafferF6_M_D10.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\E_ScafferF6_M_D2.mat, 216 , 2016-04-27
Adaptive-CPSO-master\CEC2005\E_ScafferF6_M_D30.mat, 7384 , 2016-04-27
Adaptive-CPSO-master\CEC2005\E_ScafferF6_M_D50.mat, 20184 , 2016-04-27
Adaptive-CPSO-master\CEC2005\E_ScafferF6_func_data.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\README.txt, 5303 , 2016-04-27
Adaptive-CPSO-master\CEC2005\ackley_M_D10.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\ackley_M_D2.mat, 216 , 2016-04-27
Adaptive-CPSO-master\CEC2005\ackley_M_D30.mat, 7384 , 2016-04-27
Adaptive-CPSO-master\CEC2005\ackley_M_D50.mat, 20184 , 2016-04-27
Adaptive-CPSO-master\CEC2005\ackley_func_data.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\automataActSel.m, 347 , 2016-04-27
Adaptive-CPSO-master\CEC2005\automataProbUp.m, 636 , 2016-04-27
Adaptive-CPSO-master\CEC2005\b.m, 86 , 2016-04-27
Adaptive-CPSO-master\CEC2005\benchmark_func.m, 27327 , 2016-04-27
Adaptive-CPSO-master\CEC2005\body.m, 1681 , 2016-04-27
Adaptive-CPSO-master\CEC2005\elliptic_M_D10.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\elliptic_M_D2.mat, 216 , 2016-04-27
Adaptive-CPSO-master\CEC2005\elliptic_M_D30.mat, 7384 , 2016-04-27
Adaptive-CPSO-master\CEC2005\elliptic_M_D50.mat, 20184 , 2016-04-27
Adaptive-CPSO-master\CEC2005\exemplar.m, 1042 , 2016-04-27
Adaptive-CPSO-master\CEC2005\fbias_data.mat, 248 , 2016-04-27
Adaptive-CPSO-master\CEC2005\func_plot.m, 1716 , 2016-04-27
Adaptive-CPSO-master\CEC2005\global_optima.mat, 20184 , 2016-04-27
Adaptive-CPSO-master\CEC2005\griewank_M_D10.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\griewank_M_D2.mat, 216 , 2016-04-27
Adaptive-CPSO-master\CEC2005\griewank_M_D30.mat, 7384 , 2016-04-27
Adaptive-CPSO-master\CEC2005\griewank_M_D50.mat, 20184 , 2016-04-27
Adaptive-CPSO-master\CEC2005\griewank_func_data.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\high_cond_elliptic_rot_data.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func1_M_D10.mat, 8792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func1_M_D2.mat, 7592 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func1_M_D30.mat, 72792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func1_M_D50.mat, 200792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func1_data.mat, 8184 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func2_M_D10.mat, 8792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func2_M_D2.mat, 1112 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func2_M_D30.mat, 72792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func2_M_D50.mat, 200792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func2_data.mat, 8184 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func3_HM_D10.mat, 8792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func3_HM_D2.mat, 1112 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func3_HM_D30.mat, 72792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func3_HM_D50.mat, 200792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func3_M_D10.mat, 8792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func3_M_D2.mat, 1112 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func3_M_D30.mat, 72792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func3_M_D50.mat, 200792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func3_data.mat, 8184 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func4_M_D10.mat, 8792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func4_M_D2.mat, 1112 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func4_M_D30.mat, 72792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func4_M_D50.mat, 200792 , 2016-04-27
Adaptive-CPSO-master\CEC2005\hybrid_func4_data.mat, 8184 , 2016-04-27
Adaptive-CPSO-master\CEC2005\pso.m, 3030 , 2016-04-27
Adaptive-CPSO-master\CEC2005\rastrigin_M_D10.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\rastrigin_M_D2.mat, 216 , 2016-04-27
Adaptive-CPSO-master\CEC2005\rastrigin_M_D30.mat, 7384 , 2016-04-27
Adaptive-CPSO-master\CEC2005\rastrigin_M_D50.mat, 20184 , 2016-04-27
Adaptive-CPSO-master\CEC2005\rastrigin_func_data.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\rosenbrock_func_data.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\schwefel_102_data.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\schwefel_206_data.mat, 21040 , 2016-04-27
Adaptive-CPSO-master\CEC2005\schwefel_213_data.mat, 41104 , 2016-04-27
Adaptive-CPSO-master\CEC2005\sphere_func_data.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\table.asv, 75 , 2016-04-27
Adaptive-CPSO-master\CEC2005\table.m, 111 , 2016-04-27
Adaptive-CPSO-master\CEC2005\test.m, 5168 , 2016-04-27
Adaptive-CPSO-master\CEC2005\test_data.mat, 104928 , 2016-04-27
Adaptive-CPSO-master\CEC2005\weierstrass_M_D10.mat, 984 , 2016-04-27
Adaptive-CPSO-master\CEC2005\weierstrass_M_D2.mat, 216 , 2016-04-27
Adaptive-CPSO-master\CEC2005\weierstrass_M_D30.mat, 7384 , 2016-04-27
Adaptive-CPSO-master\CEC2005\weierstrass_M_D50.mat, 20184 , 2016-04-27
Adaptive-CPSO-master\CEC2005\weierstrass_data.mat, 984 , 2016-04-27
Adaptive-CPSO-master\Readme.md, 1996 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc, 0 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\ACPSO.m, 6432 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\automataActSel.m, 347 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\automataProbUp.m, 596 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\b.m, 86 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\body.m, 1654 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\body1.m, 466 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\body2.m, 469 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\clpso.m, 3411 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\exemplar.m, 1042 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\fit_func.m, 2226 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\icpsoh.m, 8487 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\learn.m, 6505 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\orthm_generator.m, 305 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\rcpsoh.m, 9065 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\splitswarm.m, 1256 , 2016-04-27
Adaptive-CPSO-master\TEC2006_RotatedFunc\test.m, 1046 , 2016-04-27
Adaptive-CPSO-master\TEC2006_StandardFunc, 0 , 2016-04-27

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • Eprom
    EProm 试验程序,调试成功,解释详细(EProm testing procedures, testing success, to explain in detail)
    2010-08-16 17:15:13下载
    积分:1
  • shibie
    图像自动识别程序(三角形,圆形,正方形)(Image Auto-recognition program (triangle, circle, square))
    2009-12-28 23:13:51下载
    积分:1
  • M-J
    this code is estimate dyley time .
    2012-06-18 09:19:25下载
    积分:1
  • ga_main
    一个遗传算法应用的实际例子,有详细的语句介绍.(A practical example of the application of genetic algorithm, a detailed statement presentation)
    2013-11-19 22:38:52下载
    积分:1
  • FilterCfg
    filterElement extends StringValue Source Code for Andriod.
    2013-12-06 11:59:25下载
    积分:1
  • Checkmark1_2
    checkmark software for watermarking
    2009-12-03 13:55:59下载
    积分:1
  • 5
    说明:  《MATLAB 7.0编程基础基础》源程序,适合初学者使用,第5章(&quot MATLAB 7.0 programming foundation base&quot source, suitable for beginners, Chapter 5)
    2011-06-13 17:43:01下载
    积分:1
  • bem_solve
    This function solves the boundary integral equation (2.33) in the notes by the simplest boundary element method in the 2D case (though the code applies in 3D if the function G is redefined to be the 3D Green s function).
    2013-05-14 16:54:44下载
    积分:1
  • 基于SVPWM空间矢量的matlab
    基于SVPWM空间矢量的matlab 仿真模型,适用异步电机,完美运行 基于SVPWM空间矢量的matlab 仿真模型,适用异步电机,完美运行(The matlab simulation model based on SVPWM space vector is suitable for asynchronous motor and works perfectly.)
    2019-01-15 20:15:02下载
    积分:1
  • hufuman
    哈弗曼编码以及编码 生成器 可以计算编码返回的码字 编码返回的平均码字长度 编码效率(Huffman coding and the code generator can calculate the average code word length coding efficiency encoded back into the code word encoding returned)
    2013-03-23 12:44:51下载
    积分:1
  • 696516资源总数
  • 106914会员总数
  • 0今日下载