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beibaotanxinsuanfa
- 贪心算法,使用这一算法,解决0-1背包问题.-greedy algorithm, the algorithm used to solve 0-1 knapsack problem.
javaTANXINFABEIBAO
- 用JAVA编写的关于算法分析与设计里的如何用JAVA实现关于贪心法的背包问题,简单明了.有很强的实例意义.-with JAVA prepared by the analysis of the algorithm and the designing of how to use JAVA of greedy law backpack , simple and clear. a strong example of significance.
package
- 此小程序用java实现了可以分割的背包问题，开发平台是Eclipse。其中主要是用贪心算法实现背包问题，在将物品进行排序时，没有使用经典的merge-sort算法，而是直接使用了java中Arrays类的sort的方法，但要自己定义类，实现接口Comparator。
knapsack
- 背包问题算法 - 贪心法，递归法和动态规划法分别解决-Three solutions to Knapsack problem: the integer knapsack problem solution, fractional knapsack solution and DDG solution
GreedyAlgorithms
- 贪心法实现背包问题，运用枚举法实现，根据结果分析该算法的贪心性质-The greedy method knapsack problem, using the enumeration method to achieve, based on the results of analysis of the greedy nature of the algorithm
parking-charge
- 简易停车场收费系统，贪心算法，背包问题。简易界面-parking charge