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- 基于遗传算法的0-1背包问题的求解,可进一步另深对遗传算法理解,学习算法分析与设计的可以-Based on Genetic Algorithm for Solving 0-1 Knapsack Problem
LL_Path_optimization
- 【系统功能】 LL-路径优化系统主要用于求解已知坐标的规模为N的城镇间最短路径问题。 【主要算法】 1:利用Prim算法求解带约束条件的连通图的最小生成树; 2:利用基于单亲遗传算法求解带约束条件的TSP问题。 -【Function】 LL-path optimization system is mainly used to solve the known coordinates for the N scale of the problem of the shortest p
hangga_chao
- 改良的新型遗传算法,增加了父代与子代的杂交,适合特殊问题求解。-New improved genetic algorithm, an increase of parent and offspring of the hybrids, suitable for specific problem-solving.
mybestfeifengoverle
- 遗传算法求极值 体会遗传算法思想,能够设计并编写遗传算法的相关操作函数,并能够应用遗传算法求解具体问题。-Genetic algorithm genetic algorithms seek extremal understand ideas of genetic algorithms to design and prepare the relevant operational function, and be able to apply genetic algorithm to solve sp
ga
- 讲解如何用C语言实现遗传算法,以及应用遗传算法求解的全过程-Explain how to use C language implementation of genetic algorithms, and the application of genetic algorithm the whole process of
yichuan
- 使用遗传算法,求解Rosenbrock函数源代码-Rosenbrock function using genetic algorithm source code
lala
- 用遗传算法求解最短路径问题求解的遗传算法的参数设定如下: 种群大小:M = 50 最大代数:G = 1000 交叉率: = 1 c p ,交叉概率为1 能保证种群的充分进化。 变异率: = 0.1 m p , 一般而言,变异发生的可能性较小-With a genetic algorithm to solve the shortest path problem of the genetic algorithm parameter settings are as follows: p
zulomc
- 遗传算法求解TSP问题 原程序,无密码!()