搜索资源列表
glouton
- 以贪吃为基础算法解决背包问题,附加功能允许物品重量为0。在linux环境下用makefile进行编译。-to Dandelion-based algorithm to solve knapsack problem, additional feature allows weight to 0. Linux environment in the makefile used computer.
0_1question
- 计算机算法中著名的0_1背包问题:给定n种物品和一背包。物品i的重量是Wi,其价值为Vi,背包的容量是c,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。-computer algorithm famous 0_1 knapsack problem : given n product and a backpack. I articles of the weight of Wi, the value of Vi and backpack is the capacity c, aske
beibao__1wei
- 背包问题得模拟退火解法实现,调试通过,觉得有收藏价值。-knapsack problem in the simulated annealing method to achieve, through debugging feel the collectible value.
0-1beibao
- 0-1背包问题,采用了求最优解和求最优值,分别用递归和回代来实现.-0-1 knapsack problem using the optimal solution for the optimal value and demand, and to use recursive generation to achieve.
OI
- 用多种算法解决0-1背包问题,包括回朔法,动态规划,贪心算法等-algorithm used to solve a variety of 0-1 knapsack problem, including the retrospective method, dynamic programming, greedy algorithm
bag
- 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,即p1*x1+p2*x1+...+pi*xi(其1<=i<=n,x取0或1,取1表示选取物品i) 取得最大值。
guihua
- 算法设计分析,动态规划,与背包问题类似的最优化求解问题
0-1package
- 0-1背包问题的分支限界算法实现,有详细的函数功能说明
package
- 详细介绍有多个背包的01背包问题,此问题是NP问题,不能用一般算法解决,此资料提供了一些分析,和一些近似算法-There are a number of details of the 01 backpack knapsack problem, this problem is NP problem, the general algorithm can not be resolved, this information provides some analysis, and some approxi
BeiBao1
- 动态规划算法求解0-1背包问题,动态规划算法knapsack求最优值-Dynamic programming algorithm for solving 0-1 knapsack problem, dynamic programming algorithm for optimal value knapsack
simulatedannealingalgorithm
- 关于模拟退火算法的书籍,以及在0-1背包问题、旅行商问题上的实现-a book about simulated annealing algorithm
i-ant
- 采用了基本的蚁群算法来求解0-1背包问题,该算法不仅可以对0-1背包问题进行求解,还可以对多维背包问题进行求解。-Using the basic ant colony algorithm to solve the 0-1 knapsack problem, the algorithm not only for the 0-1 knapsack problem can be solved, but also multi-dimensional knapsack problem can be sol
GaBin
- 遗传算法解决复杂背包问题,用Java编写。 该背包拥有3个属性,500个东西,50个包。 求解包与包之间物品重量差最小,并且同一个背包的物品属性有特殊要求。 该程序容易修改。-Genetic Algorithm on Bin Packing Proglem. 500 items, 3 parameters of each item. 50 containers, target: All 50 containers has the smallest weight differe
beibaowenti
- 背包问题,如何装背包能使背包获得最大的价值-Knapsack problem, how to make backpack loaded backpack get the most value
bag_program
- 0-1背包问题,算法设计中最常见也是最经典的问题,希望对学习算法的有所帮助-0-1 knapsack problem, algorithm design of the most common and most classic problems in the hope of learning algorithms help
beibaowenti
- 背包问题详细讲解,背包问题详细讲解一共九课-Elaborate knapsack problem, knapsack problem to explain in detail a total of nine courses
0-1
- 0-1背包问题, 给定一个载重量为m,n个物品,其重量为wi,价值为vi,1<=i<=n,要求:把物品装入背包,并使包内物品价值最大-0-1 knapsack problem, given a load for the m, n one item, the weight wi, the value of vi, 1 < = i < = n, asked: the items into backpacks, and to bag the maximum value of the
01beibao
- 动态规划问题中的01背包问题,需要的可以看下了-Dynamic programming problem in the 01 knapsack problem, in need may have a look up. .
bag-C-Algorithm
- 背包问题系列算法详解 背包问题是一个关于最优解的经典问题。通常被讨论的最多的,最经典的背包问题是0-1背包问题(0-1 Knapsack Problem)。它是一切背包问题及相关背包问题的基础。本篇博文将详细分析0-1背包问题,并给出0-1背包问题的几种解法,同时也对0-1背包问题的内涵进行延伸,丰富其外延至完全背包问题和多重背包问题,并给出背包问题的算法实现过程,希望对大家有帮助。-Detailed Algorithm for Knapsack Problem Series
test.py
- 通过遗传算法解决0-1背包问题,以选择办事处为背景(solve the package problem through genetic algorithm)
