登录
首页 » Python » jMetalPy-master-python

jMetalPy-master-python

于 2020-10-06 发布 文件大小:560KB
0 304
下载积分: 1 下载次数: 33
我要下载

代码说明：

  用Python语言写的多目标进化算法库（2017年最新版本），包含常见的多目标进化算法以及当前最新文献中的最新算法，能够实现不同算法之间的性能比较（包含常见的GD, IGD, HV等评价指标自动生成）。可以供进化计算、多目标优化、单目标优化算法的学习参考。Python语言版本简单易懂，实用性强。(Library of multi-objective evolutionary algorithm written in Python language (the latest version in 2017), including multi-objective evolutionary algorithm and the most common new literature in the new algorithm, can realize the performance between different methods (including the common GD, IGD, HV and other evaluation index generation). It can be used as a reference for evolutionary computation, multi-objective optimization and single objective optimization. Python language version is simple and easy to understand, practical.)

文件列表：

jMetalPy-master-python\jMetalPy-master\.gitignore
jMetalPy-master-python\jMetalPy-master\.idea\jMetalPy-master.iml
jMetalPy-master-python\jMetalPy-master\.idea\misc.xml
jMetalPy-master-python\jMetalPy-master\.idea\modules.xml
jMetalPy-master-python\jMetalPy-master\.idea\workspace.xml
jMetalPy-master-python\jMetalPy-master\.travis.yml
jMetalPy-master-python\jMetalPy-master\auto-docs\Makefile
jMetalPy-master-python\jMetalPy-master\auto-docs\source\conf.py
jMetalPy-master-python\jMetalPy-master\auto-docs\source\index.rst
jMetalPy-master-python\jMetalPy-master\CHANGELOG.md
jMetalPy-master-python\jMetalPy-master\CONTRIBUTING.md
jMetalPy-master-python\jMetalPy-master\jmetal\algorithm\multiobjective\nsgaii.py
jMetalPy-master-python\jMetalPy-master\jmetal\algorithm\multiobjective\randomSearch.py
jMetalPy-master-python\jMetalPy-master\jmetal\algorithm\multiobjective\smpso.py
jMetalPy-master-python\jMetalPy-master\jmetal\algorithm\multiobjective\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\algorithm\multiobjective\__pycache__\nsgaii.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\algorithm\multiobjective\__pycache__\__init__.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\algorithm\singleobjective\evolutionaryalgorithm.py
jMetalPy-master-python\jMetalPy-master\jmetal\algorithm\singleobjective\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\algorithm\singleobjective\__pycache__\evolutionaryalgorithm.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\algorithm\singleobjective\__pycache__\__init__.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\algorithm\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\algorithm\__pycache__\__init__.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\component\archive.py
jMetalPy-master-python\jMetalPy-master\jmetal\component\density_estimator.py
jMetalPy-master-python\jMetalPy-master\jmetal\component\evaluator.py
jMetalPy-master-python\jMetalPy-master\jmetal\component\observer.py
jMetalPy-master-python\jMetalPy-master\jmetal\component\test\test_archive.py
jMetalPy-master-python\jMetalPy-master\jmetal\component\test\test_density_estimator.py
jMetalPy-master-python\jMetalPy-master\jmetal\component\test\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\component\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\component\__pycache__\density_estimator.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\component\__pycache__\evaluator.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\component\__pycache__\__init__.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\core\algorithm.py
jMetalPy-master-python\jMetalPy-master\jmetal\core\operator.py
jMetalPy-master-python\jMetalPy-master\jmetal\core\problem.py
jMetalPy-master-python\jMetalPy-master\jmetal\core\solution.py
jMetalPy-master-python\jMetalPy-master\jmetal\core\test\test_algorithm.py
jMetalPy-master-python\jMetalPy-master\jmetal\core\test\test_operator.py
jMetalPy-master-python\jMetalPy-master\jmetal\core\test\test_problem.py
jMetalPy-master-python\jMetalPy-master\jmetal\core\test\test_solution.py
jMetalPy-master-python\jMetalPy-master\jmetal\core\test\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\core\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\core\__pycache__\algorithm.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\core\__pycache__\operator.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\core\__pycache__\problem.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\core\__pycache__\solution.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\core\__pycache__\__init__.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\operator\crossover.py
jMetalPy-master-python\jMetalPy-master\jmetal\operator\mutation.py
jMetalPy-master-python\jMetalPy-master\jmetal\operator\selection.py
jMetalPy-master-python\jMetalPy-master\jmetal\operator\test\test_crossover.py
jMetalPy-master-python\jMetalPy-master\jmetal\operator\test\test_mutation.py
jMetalPy-master-python\jMetalPy-master\jmetal\operator\test\test_selection.py
jMetalPy-master-python\jMetalPy-master\jmetal\operator\test\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\operator\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\operator\__pycache__\crossover.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\operator\__pycache__\mutation.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\operator\__pycache__\selection.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\operator\__pycache__\__init__.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\problem\multiobjective\test\test_unconstrained.py
jMetalPy-master-python\jMetalPy-master\jmetal\problem\multiobjective\test\test_zdt.py
jMetalPy-master-python\jMetalPy-master\jmetal\problem\multiobjective\test\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\problem\multiobjective\unconstrained.py
jMetalPy-master-python\jMetalPy-master\jmetal\problem\multiobjective\zdt.py
jMetalPy-master-python\jMetalPy-master\jmetal\problem\multiobjective\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\problem\multiobjective\__pycache__\unconstrained.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\problem\multiobjective\__pycache__\__init__.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\problem\singleobjective\test\test_unconstrained.py
jMetalPy-master-python\jMetalPy-master\jmetal\problem\singleobjective\test\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\problem\singleobjective\unconstrained.py
jMetalPy-master-python\jMetalPy-master\jmetal\problem\singleobjective\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\problem\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\problem\__pycache__\__init__.cpython-36.pyc
jMetalPy-master-python\jMetalPy-master\jmetal\runner\multiobjective\FUN.Kursawe.ps
jMetalPy-master-python\jMetalPy-master\jmetal\runner\multiobjective\nsgaii_standard_settings.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\multiobjective\nsgaii_standard_settings_with_observer.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\multiobjective\nsgaii_standard_settings_with_observer2.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\multiobjective\nsgaii_standard_settings_with_observer_plot_interactive.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\multiobjective\nsgaii_standard_settings_with_observer_plot_realtime.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\multiobjective\nsgaii_stopping_by_time.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\multiobjective\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\evolution_strategy\elitist_evolution_strategy_binary.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\evolution_strategy\elitist_evolution_strategy_float.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\evolution_strategy\elitist_evolution_strategy_running_as_a_thread.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\evolution_strategy\non_elitist_evolution_strategy_binary.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\evolution_strategy\non_elitist_evolution_strategy_float.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\evolution_strategy\non_elitist_evolution_strategy_running_as_a_thread.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\evolution_strategy\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\genetic_algorithm\generational_genetic_algorithm_binary.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\genetic_algorithm\generational_genetic_algorithm_float.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\genetic_algorithm\generational_genetic_algorithm_running_as_a_thread.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\genetic_algorithm\generational_genetic_algorithm_stopping_by_time.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\genetic_algorithm\generational_genetic_algorithm_with_observer.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\genetic_algorithm\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\singleobjective\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\runner\__init__.py
jMetalPy-master-python\jMetalPy-master\jmetal\util\comparator.py
jMetalPy-master-python\jMetalPy-master\jmetal\util\graphic.py

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

  • fdtd
    电磁场的时域有限元仿真,用于学习电磁场的时域计算。(Time domain electromagnetic finite element simulation for learning time-domain electromagnetic field calculation.)
    2013-06-20 17:12:34下载
    积分：1
  • lorenz-exm
    采用dsp产生lorenz信号，以用于混沌保密通信，程序在ccs下调试并通过(using dsp have lorenz signal to be used in chaotic secure communications, Under procedures in ccs through debugging and)
    2021-04-06 23:09:02下载
    积分：1
  • Factorial
    C++的求阶乘的程序，对本科C++课程可能有些帮助(Factorial in C++ program, it maybe helpful for some C++ course)
    2011-12-22 17:46:43下载
    积分：1
  • pan-in77
    详细画出了时域和频域的相关图，实现了图像的灰度化并进一步用于视频监视控，小波包分析提取振动信号中的特征频率。( Correlation diagram shown in detail the time domain and frequency domain, Achieve a grayscale image and further control for video surveillance, Wavelet packet analysis to extract vibration signal characteristic frequency.)
    2017-03-21 19:32:56下载
    积分：1
  • lorenzLya
    说明：  利用正交向量法求Lorenz系统的李雅普诺夫指数，并绘出指数谱图。(Orthogonal Vector Method Lorenz system, Lyapunov exponent, and draw the index spectrum.)
    2011-04-12 18:08:46下载
    积分：1
  • MOORE_inverse_C
    利用C语言实现MOORE-PENROSE广义逆矩阵的计算，经试验OK。(The realization of MOORE-PENROSE generalized inverse matrix is calculated by using the C language, through the test of OK.)
    2021-04-28 00:08:44下载
    积分：1
  • sjgzemd
    随机共振的EMD去噪算法，在机械振动信号方面的应用(Stochastic resonance EMD denoising algorithm, in the application of mechanical vibration signals)
    2016-06-04 09:44:04下载
    积分：1
  • polynomial_multiplication
    实现多项式相乘求模运算，并且模多项式是可以改变的，方便，简单(To achieve polynomial multiplication modulo operation, and polynomial model can be changed, convenient and simple)
    2010-06-25 21:11:57下载
    积分：1
  • Detection-of-Planetary-Gearboxes
    考虑了静态传递误差，齿轮几何偏心的影响建立3平行轴齿轮啮合动力学模型(Consider the impact of static geometry eccentric transmission error, the establishment of three parallel shaft gear gear dynamics model)
    2016-01-07 09:18:35下载
    积分：1
  • the
    Fortran常用算法程序集-徐士良著,本书讲解了各种数值计算方法及其程序实现,此为程序第一部分,(Fortran commonly used algorithm assembly-Xu Shiliang, this book explains various numerical calculation methods and their program implementation, this is the first part of the program.)
    2018-11-11 18:43:54下载
    积分：1
  • 696516资源总数
  • 106914会员总数
  • 0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© 2019-2026 | 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！