搜索资源列表
0-1
- 0-1背包问题的贪心算法 希望对大家有帮助-0-1 knapsack problem the greedy algorithm would like to help everyone
GA
- 本程序是在MATLAB平台上,利用智能优化算法遗传算法来解决01背包问题。在0 / 1背包问题中,需对容量为c 的背包进行装载。从n 个物品中选取装入背包的物品,每件物品i 的重量为wi ,价值为pi 。对于可行的背包装载,背包中物品的总重量不能超过背包的容量,最佳装载是指所装入的物品价值最高。-This procedure is in the MATLAB platform using intelligent genetic algorithm optimization algorithm t
knapsack
- 0-1背包问题,典型的动态规划问题的实现过程-0-1 knapsack problem, a typical dynamic programming problem of the realization of the process! ! !
BackTrack_01backpack
- 0-1背包问题是一个经典的算法问题,有多种解法,这里用回溯法求解。-0-1 knapsack problem is a classical algorithm for the problem, there are several solution here solved by backtracking.
beibaoPSO
- 这份源代码是用粒子群算法解决0/1背包问题,可以正常运行。-The source code is the particle swarm algorithm to solve 0/1 knapsack problem, it works.
0-1
- 我自己用C写的一个用分支界限法实现0-1背包问题,比较简便实用,而且易懂,比回溯法有明显的优势-I have written in C, a branch and bound method 0-1 knapsack problem is relatively simple and practical, and easy to understand, there are obvious advantages than backtracking
0-1packets
- 一个算法的实现:使用分支界限法求解0-1背包问题-The realization of an algorithm: 0-1 knapsack problem using the branch and bound method
0-1bag
- 算法课程中的经典案例 0-1背包问题 采用动态规划思想解决-A classic case of the algorithm courses 0-1 knapsack problem using dynamic programming to solve
0-1背包问题
- 0-1背包问题的实现,用HTML,js编写的算法(0-1 knapsack problem implementation, using HTML, JS algorithm written)
c++实现0-1背包问题
- 用C++工具,使用动态规划算法实现0-1背包问题,(implementation of the 0-1 knapsack problem with C++)
KnapSack2
- 0/1背包问题 利用的子集树,进行穷举算法实现(0/1 knapsack exhaustive problem)
c1
- 动态规划解决背包问题 列出所有可能情况并进行求值 适用于较小数据测试(Dynamic programming to solve knapsack problem)
背包问题动态规划详解
- 0/1背包问题动态规划详解及C代码 动态规划是用空间换时间的一种方法的抽象。(0/1 knapsack problem dynamic programming detailed and C code Dynamic programming is the abstraction of a method of replacing time with space.)
动态规划求解0-1背包问题
- 通过动态规划的算法得到装进背包的最大价值(The maximum value of knapsack is obtained by dynamic programming algorithm.)
背包
- 给定n种物品和一背包。物品i的重量是wi,体积是bi,其价值为vi,背包的容量为c,容积为d。问应如何选择装入背包中的物品,使得装入背包中物品的总价值最大?在选择装入背包的物品时,对每种物品i只有两种选择,即装入背包或者不装入背包。不能将物品i装入背包多次,也不能只装入部分的物品i。试设计一个解此问题的动态规划算法,并分析算法的计算复杂性。(Given n items and a knapsack. The weight of the item I is wi, the volume is Bi
0-1
- 利用动态规划实现0-1背包问题,文件包含源代码,解释说明及测试样例(Dynamic programming to achieve 0-1 knapsack problem.)
回溯法求解0-1背包问题
- 文件包括回溯法求解0-1背包问题的C++源程序,包括运行界面(The file includes a backtracking method for the C++ source program for solving 0-1 knapsack problems, including the running interface)
采用基于粒子群的多目标优化算法解决背包问题
- 多目标优化问题与粒子群算法的结合,以解决0-1背包问题(The multi-objective optimization problem is combined with particle swarm optimization to solve the 0-1 knapsack problem)
matlab程序(解决0-1背包问题)
- 使用遗传算法解决0-1背包问题,调试成功,非常适合初学者了解遗传算法和0-1背包问题(Using genetic algorithm to solve 0-1 knapsack problem, debugging is successful. It is very suitable for beginners to understand genetic algorithm and 0-1 knapsack problem.)
NSGA2解决0-1背包问题
- 用遗传算法解决背包问题,供大家参考交流。。。(Using genetic algorithm to solve the knapsack problem, for your reference and exchange...)