搜索资源列表
Papers(NSGA2)
- 包含多目标遗传算法相关论文,对于深入了解NSGA及NAGA2算法有一定帮助-Multi-objective genetic algorithm that contains the relevant papers, for a deeper understanding and NSGA algorithms NAGA2 certainly be of help to
ga
- 基于遗传算法的,可以用来求解多目标优化的程序源码-Based on genetic algorithms can be used to solve multi-objective optimization procedure source
47651458yj12
- MutiobjectiveOptimize.rar] 多目标遗传算法源码,包含遗传算法的各个步骤,适合于研究多目标优化的朋友 (2007-07-14, Visual C++, 5KB, 90次)
Multiobjectvie-Genetic-Algorithm
- 有关多目标优化问题的遗传算法的基本理论方法的硕士论文,相关领域的大家可以参考一下-Multi-objective optimization problems related to genetic algorithms basic theories and methods of the master' s thesis and related fields that we can reference
epsmoea
- spsmoea是一种基于MOEA的多目标优化遗传算法,对于解决多目标问题收敛性好,确保了其多样性,具有很高的应用价值。-Epsilon-MOEA in C and C++
9
- 给予免疫遗传算法的QOS路由选择问题,给予免疫遗传算法的多目标优化问题-Immune genetic algorithm for QOS routing problem, the immune genetic algorithm for multi-objective optimization problem
MOGASC
- 用Matlab实现多目标遗传算法的源代码-Multi-objective genetic algorithm source code
moea
- matlab遗传算法多目标优化,双目标函数优化-matlab genetic algorithm for multi-objective optimization, dual-objective optimization
NSGA2
- 包含多目标遗传算法于深入了解NSGA及NAGA2算法有一定帮助-Includes multi-objective genetic algorithm NSGA and NAGA2 in-depth understanding of a certain algorithm to help
Multi-objective_optimization_algorithm
- 基于群体搜索的遗传算法求解多目标优化问题具有独特的优势,多目标优化算法已有的研究大多为 算法的设计和数值实验效果的比较,理论研究则很少,本文作者给出了一种求解多目标优化问题的新遗传算法 (RMOGA) ,并用Markov 链的理论对RMOGA 的收敛性进行了研究,其结果表明RMOGA 依概率收敛到问题的 Pareto 前沿面-Population-based genetic algorithm search for multi-objective optimization probl
nsga_2
- 基于非支配排序遗传算法处理多目标优化的matlab例程(A matlab routine for multiobjective optimization based on nondominated sorting genetic algorithm)
遗传算法求解
- 多个设计参数下以两目标函数采用遗传算法优化进行择优(Multi parameter, two objective function, genetic algorithm, optimization)
chapter9基于遗传算法的多目标优化算法
- 遗传算法的MATLAB编程,MATLAB源程序(Genetic algorithm MATLAB programming, MATLAB source code)
(多目标排序)数值大的具有支配权
- 进行多目标排序的遗传算法,数值大的具有优先权。(A genetic algorithm for multi-objective sorting, with numerical priorities.)
(多目标排序)数值小的具有支配权
- 进行多目标排序的遗传算法,数值小的具有优先权。(Genetic algorithm for multi-objective sorting, the value of a small priority.)
多目标优化(遗传算法)
- 多目标优化算法,遗传算法,函数求最大值、最小值问题。(Multi-objective optimization algorithm, genetic algorithm, function for maximum value, minimum value problem.)
MA-NSGA-II-原始
- 基于多目标遗传算法的 两点路径规划求解方法。(route searching method based on Multi- objective optimization algorithm)
GA多目标优化问题
- 采用遗传算法进行多目标优化问题的求解,具体为两个目标优化问题(genetic algorithm solve multi-objective problem)
多目标NSGA
- NSGA(非支配排序遗传算法)、NSGA-II(带精英策略的快速非支配排序遗传算法),都是基于遗传算法的多目标优化算法,是基于pareto最优解讨论的多目标优化。(NSGA (Non-dominated Sorting Genetic Algorithms) and NSGA-II (Quick Non-dominated Sorting Genetic Algorithms with Elite Strategy) are multi-objective optimization algori
遗传算法多目标优化模板
- 利用geatpy库是实现多目标优化, 基于改进NSGA-Ⅱ算法求解多目标优化问题的进化算法模板,传统NSGA-Ⅱ算法的帕累托最优解来只源于当代种群个体,这样难以高效地获取更多的帕累托最优解,同时难以把种群大小控制在合适的范围内,改进的NSGA2整体上沿用传统的NSGA-Ⅱ算法,不同的是,该算法通过维护一个全局帕累托最优集来实现帕累托前沿的搜索,故并不需要保证种群所有个体都是非支配的。(Using geatpy library to realize multi-objective optimiza