搜索资源列表
beibao
- 通过贪心算法实现背包问题,可实现小规模背包问题-Through the greedy algorithm knapsack problem, enabling small-scale knapsack problem
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.
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++)
粒子群01背包
- 用粒子群算法解决01背包问题(100个物品)从而得到最优解(The particle swarm algorithm is used to solve the 01 knapsack problem (100 items), and thus the optimal solution is obtained)
背包问题
- 算法效果较为良好,实现背包问题价值最大,采用遗传算法实现的比较不错的结果(The algorithm effect is good, the maximum value of the knapsack problem, genetic algorithm is used to achieve good results)
贪心算法背包问题
- 一个简单贪心算法的研究,背包问题,供大家浏览参考。(A simple greedy algorithm research, knapsack problem, reference for browsing.)
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.)
部分背包的贪心算法实现
- 通过贪心算法实现装进背包物品价值最大化,具体步骤是依次选择价值密度最大的物品放入背包(Through greedy algorithm to maximize the value of goods loaded into backpacks.)
算法第四次作业
- 使用搜索算法实现的0-1背包问题和迷宫问题(0-1 knapsack problem and maze problem by search algorithm)
背包问题
- python的0-1背包算法实现,包含如何求出路径,还有算法流程图(Python 0-1 knapsack algorithm implementation, including how to find the path, and the algorithm flow chart)
01被背包问题
- 01背包问题C语言版,详细的直接可以运行的(01 knapsack problem C language version, which can be run in detail.)
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
背包问题
- 贪心算法解决背包问题:给定n种物品和一个背包。物品i的重量是Wi,其价值为Vi,背包的容量为C。应如何选择装入背包的物品,使得装入背包中物品的总价值最大?(The greedy algorithm solves the knapsack problem: a given n item and a backpack. The weight of the item I is Wi, its value is Vi, and the capacity of the knapsack is C. How
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.)
基于Pareto理论的二维背包搜索算法
- 主要用于用二维背包算法算法在物流配送路径中的应用(the program is often used to solve VRP)
贪心算法-局部背包
- 使用java语言实现贪心算法中的局部背包问题,适合正在学习这方面算法的人使用。(The Java language is used to implement the local knapsack problem in the greedy algorithm, which is suitable for people who are learning this algorithm.)
PSO算法解决背包问题
- 粒子群算法与多目标优化问题的结合,解决背包问题实例(Combining particle swarm optimization with multi-objective optimization, we solve knapsack proble)
ConsoleApp1
- 用VS2015实现了背包算法,语言为C#语言(The knapsack algorithm is realized by using VS2015)
遗传算法01背包问题
- 使用遗传算法解决01背包问题,并输出得到最大价值的遗传代数以及每一代的最大价值(Using genetic algorithm to solve 01 knapsack problem)