登录
首页 » matlab » MOEA-master

MOEA-master

于 2020-03-01 发布
0 153
下载积分: 1 下载次数: 3
我要下载

代码说明：

说明：  matlab是一种编程软件，也称矩阵实验室. 在数值计算方面做出了很大的贡献. 多目标优化问题是最优化领域中的一种优化方法，得出的解是折衷解. 多目标优化问题可以分为约束多目标优化问题和无约束多目标优化.在实际生活中，有很多问题都可以被视为多目标优化问题，如旅行商问题、工程问题，证券投资问题等，然而采用matlab编程软件具有很好的求解展示效果.(Matlab is a programming software, also known as a matrix laboratory. It has made great contributions in numerical calculations. Multi-objective optimization problems are an optimization method in the field of optimization, and the solutions obtained are compromise solutions. Optimization problems can be divided into constrained multi-objective optimization problems and unconstrained multi-objective optimization problems. In real life, many problems can be considered as multi-objective optimization problems, such as traveling salesman problem, engineering problem, securities investment problem, etc. The matlab programming software has a good solution display effect.)

文件列表：

MOEA-master, 0 , 2016-05-25
MOEA-master\.gitignore, 393 , 2016-05-25
MOEA-master\LICENSE, 1073 , 2016-05-25
MOEA-master\MODE, 0 , 2016-05-25
MOEA-master\MODE\MODE.m, 2531 , 2016-05-25
MOEA-master\MODE\evaluate.m, 2234 , 2016-05-25
MOEA-master\MODE\objectiveDescription.m, 1841 , 2016-05-25
MOEA-master\MOPSO, 0 , 2016-05-25
MOEA-master\MOPSO\CostFunction.m, 2005 , 2016-05-25
MOEA-master\MOPSO\CreateGrid.m, 641 , 2016-05-25
MOEA-master\MOPSO\DeleteOneRepMember.m, 650 , 2016-05-25
MOEA-master\MOPSO\DetermineDomination.m, 365 , 2016-05-25
MOEA-master\MOPSO\Dominates.m, 186 , 2016-05-25
MOEA-master\MOPSO\FindGridIndex.m, 581 , 2016-05-25
MOEA-master\MOPSO\Mutate.m, 464 , 2016-05-25
MOEA-master\MOPSO\ObjectiveDescription.m, 1092 , 2016-05-25
MOEA-master\MOPSO\PlotCosts.m, 339 , 2016-05-25
MOEA-master\MOPSO\RouletteWheelSelection.m, 190 , 2016-05-25
MOEA-master\MOPSO\SelectLeader.m, 648 , 2016-05-25
MOEA-master\MOPSO\mopso.m, 4129 , 2016-05-25
MOEA-master\NSGA-II, 0 , 2016-05-25
MOEA-master\NSGA-II\Readme.txt, 184 , 2016-05-25
MOEA-master\NSGA-II\TP_CONSTR.m, 394 , 2016-05-25
MOEA-master\NSGA-II\TP_CONSTR_objfun.m, 257 , 2016-05-25
MOEA-master\NSGA-II\TP_KUR.m, 394 , 2016-05-25
MOEA-master\NSGA-II\TP_KUR_objfun.m, 249 , 2016-05-25
MOEA-master\NSGA-II\TP_OSY.m, 408 , 2016-05-25
MOEA-master\NSGA-II\TP_OSY_objfun.m, 624 , 2016-05-25
MOEA-master\NSGA-II\TP_SCH.m, 386 , 2016-05-25
MOEA-master\NSGA-II\TP_SCH_objfun.m, 109 , 2016-05-25
MOEA-master\NSGA-II\TP_TNK.m, 391 , 2016-05-25
MOEA-master\NSGA-II\TP_TNK_objfun.m, 440 , 2016-05-25
MOEA-master\NSGA-II\TP_ZDT1.m, 403 , 2016-05-25
MOEA-master\NSGA-II\TP_ZDT1_objfun.m, 205 , 2016-05-25
MOEA-master\NSGA-II\TP_ZDT2.m, 403 , 2016-05-25
MOEA-master\NSGA-II\TP_ZDT2_objfun.m, 212 , 2016-05-25
MOEA-master\NSGA-II\TP_ZDT3.m, 403 , 2016-05-25
MOEA-master\NSGA-II\TP_ZDT3_objfun.m, 232 , 2016-05-25
MOEA-master\NSGA-II\TP_ZDT4.m, 415 , 2016-05-25
MOEA-master\NSGA-II\TP_ZDT4_objfun.m, 207 , 2016-05-25
MOEA-master\NSGA-II\TP_ZDT6.m, 403 , 2016-05-25
MOEA-master\NSGA-II\TP_ZDT6_objfun.m, 245 , 2016-05-25
MOEA-master\NSGA-II\Test Problem Results, 0 , 2016-05-25
MOEA-master\NSGA-II\Test Problem Results\CONSTR.fig, 3176 , 2016-05-25
MOEA-master\NSGA-II\Test Problem Results\KUR.fig, 2493 , 2016-05-25
MOEA-master\NSGA-II\Test Problem Results\OSY.fig, 3344 , 2016-05-25
MOEA-master\NSGA-II\Test Problem Results\SCH.fig, 2500 , 2016-05-25
MOEA-master\NSGA-II\Test Problem Results\TNK.fig, 2937 , 2016-05-25
MOEA-master\NSGA-II\Test Problem Results\ZDT1.fig, 2479 , 2016-05-25
MOEA-master\NSGA-II\Test Problem Results\ZDT2.fig, 2476 , 2016-05-25
MOEA-master\NSGA-II\Test Problem Results\ZDT3.fig, 2491 , 2016-05-25
MOEA-master\NSGA-II\Test Problem Results\ZDT4.fig, 2443 , 2016-05-25
MOEA-master\NSGA-II\Test Problem Results\ZDT6.fig, 2210 , 2016-05-25
MOEA-master\NSGA-II\crossoverOp.m, 1118 , 2016-05-25
MOEA-master\NSGA-II\evaluate.m, 332 , 2016-05-25
MOEA-master\NSGA-II\extractPop.m, 1232 , 2016-05-25
MOEA-master\NSGA-II\initpop.m, 237 , 2016-05-25
MOEA-master\NSGA-II\mutationOp.m, 1700 , 2016-05-25
MOEA-master\NSGA-II\ndsort.m, 4583 , 2016-05-25
MOEA-master\NSGA-II\nsga2.m, 1191 , 2016-05-25
MOEA-master\NSGA-II\nsgaopt.m, 1033 , 2016-05-25
MOEA-master\NSGA-II\selectOp.m, 469 , 2016-05-25
MOEA-master\NSGA-II\varlimit.m, 190 , 2016-05-25
MOEA-master\OMOPSO, 0 , 2016-05-25
MOEA-master\OMOPSO\CostFunction.m, 2005 , 2016-05-25
MOEA-master\OMOPSO\CrowdingDistance.m, 864 , 2016-05-25
MOEA-master\OMOPSO\DeleteOneRepMember.m, 273 , 2016-05-25
MOEA-master\OMOPSO\DetermineDomination.m, 365 , 2016-05-25
MOEA-master\OMOPSO\Dominates.m, 186 , 2016-05-25
MOEA-master\OMOPSO\NonUniformMutation.m, 777 , 2016-05-25
MOEA-master\OMOPSO\OMOPSO.m, 4618 , 2016-05-25
MOEA-master\OMOPSO\OMOPSO_ZDT4.fig, 32992 , 2016-05-25
MOEA-master\OMOPSO\ObjectiveDescription.m, 1088 , 2016-05-25
MOEA-master\OMOPSO\PlotCosts.m, 339 , 2016-05-25
MOEA-master\OMOPSO\RouletteWheelSelection.m, 190 , 2016-05-25
MOEA-master\OMOPSO\UniformMutation.m, 517 , 2016-05-25
MOEA-master\README.md, 45 , 2016-05-25
MOEA-master\SMPSO, 0 , 2016-05-25
MOEA-master\SMPSO\SMPSO.m, 5731 , 2016-05-25
MOEA-master\SMPSO\Test Problem Results, 0 , 2016-05-25
MOEA-master\SMPSO\Test Problem Results\KUR.fig, 19793 , 2016-05-25
MOEA-master\SMPSO\Test Problem Results\SCH.fig, 19801 , 2016-05-25
MOEA-master\SMPSO\Test Problem Results\SRN.fig, 4247 , 2016-05-25
MOEA-master\SMPSO\Test Problem Results\Test3.fig, 7873 , 2016-05-25
MOEA-master\SMPSO\Test Problem Results\ZDT1.fig, 19897 , 2016-05-25
MOEA-master\SMPSO\Test Problem Results\ZDT2.fig, 19883 , 2016-05-25
MOEA-master\SMPSO\Test Problem Results\ZDT3.fig, 20211 , 2016-05-25
MOEA-master\SMPSO\Test Problem Results\ZDT4.fig, 19912 , 2016-05-25
MOEA-master\SMPSO\Test Problem Results\ZDT6.fig, 19843 , 2016-05-25
MOEA-master\SMPSO\computeSpeed.m, 1918 , 2016-05-25
MOEA-master\SMPSO\crowdingDistanceAssignment.m, 1211 , 2016-05-25
MOEA-master\SMPSO\dominanceCompare.m, 1427 , 2016-05-25
MOEA-master\SMPSO\evaluate.m, 2370 , 2016-05-25
MOEA-master\SMPSO\evaluateConstraints.m, 880 , 2016-05-25
MOEA-master\SMPSO\leadersAdd.m, 1107 , 2016-05-25
MOEA-master\SMPSO\objectiveDescription.m, 1757 , 2016-05-25
MOEA-master\SMPSO\plotCosts.m, 565 , 2016-05-25
MOEA-master\SMPSO\polynomialMutation.m, 1986 , 2016-05-25

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

  • autopump
    一个水产养殖池产品： 1：加温功能 2：水循环功能 3：排气功能等(Aquaculture pool products: 1: heating function 2: the water cycle functions: exhaust function.)
    2012-06-29 15:57:38下载
    积分：1
  • Bluetooth_module
    说明：  This is a book about the bluetooth module.
    2020-06-25 08:20:01下载
    积分：1
  • 4576585477
    台球瞄准器，游戏编程源码，很好的参考资料。(Billiards sight, game programming source code, a good reference.)
    2013-10-08 19:29:14下载
    积分：1
  • EPWM
    利用正玄查表，在28335上实现PWM调制，生成正弦波(The use of positive look-up table, in 28335 to achieve PWM modulation, generate sine wave)
    2020-11-16 21:29:42下载
    积分：1
  • 浮点数运算
    说明：  浮点数的表示与算术运算算法分析，要求理论推导与程序模拟。 算术运算包括字符串到浮点数、浮点数到字符串的转换，加、减、乘、除四则运算等。要有说明文档，包括算法证明、程序框图、使用方法、特殊处理(溢出、数位扩展)、实例分析等等。字符串转换可能稍难。 typedef unsigned int dwrd; #32-bit char* ftoa(dwrd); dwrd atof(char*); dwrd fadd(dwrd, dwrd); dwrd fsub(dwrd, dwrd); dwrd fmul(dwrd, dwrd); dwrd fdiv(dwrd, dwrd);(The representation of floating-point number and the analysis of arithmetic operation algorithm require theoretical derivation and program simulation. Arithmetic operations include string to floating point, floating point to string conversion, addition, subtraction, multiplication, division and so on. Documentation should be provided, including algorithm proof, program block diagram, usage, special handling (overflow, digital expansion), case analysis, etc. String conversion can be slightly difficult. typedef unsigned int dwrd; #32-bit char* ftoa(dwrd); dwrd atof(char*); dwrd fadd(dwrd, dwrd); dwrd fsub(dwrd, dwrd); dwrd fmul(dwrd, dwrd); dwrd fdiv(dwrd, dwrd);)
    2021-03-29 23:19:10下载
    积分：1
  • How to call some functions that you might though it is simle sometimes, but it c...
    How to call some functions that you might though it is simle sometimes, but it could take your worthful time. Try these short routes as fun whenever you take a break. -How to call some functions that you might though it is simle sometimes, but it could take your worthful time. Try these short routes as fun whenever you take a break.
    2022-01-30 12:14:27下载
    积分：1
  • SSD1306SimpleDemo3_reset
    说明：  ssd resest ssd arduino
    2019-04-19 06:49:38下载
    积分：1
  • code
    华为OJ训练平台的基础篇的所有题目答案，已总结为各种类型，写成子函数，可以直接调用(Huawei OJ Basics training platform for all the questions answers are summarized for all types, written subroutines can be called directly)
    2014-11-24 14:55:52下载
    积分：1
  • 北大青鸟学习java文件，共计4份，这是第一次，…
    北大青鸟的java学习文档，一共有4份，这是第一份，希望对大家有帮助。-Beida Jade Bird to learn the java files, a total of 4 copies, this is the first, in the hope that everyone has to help.
    2022-07-24 06:04:24下载
    积分：1
  • Myo Data Capture Windows
    用于MYO手环采集数据的c++程序，点击exe文件，然后就能得到很多个excel表格(MYO data capture using c++ program)
    2021-04-26 21:18:45下载
    积分：1
  • 696518资源总数
  • 105885会员总数
  • 31今日下载

热门标签

Visual C++ matlab C/C++ Java Others Unix_Linux EasyLanguage易语言 Visual Basic C# PDF C++ Delphi VHDL ASP WINDOWS
热门下载

Copyright© 2019-2025 | Powered by Imdn | 浙ICP备16007336号 | IMDN交流 | 联系客服（QQ：3324461878）

本网站资源收集自网络及网站用户上传，若有侵权请邮件至（3324461878@qq.com），核实后我们会在24小时内删除，谢谢！