搜索资源列表
bag
- 经典算法问题,背包问题。完整的C++源码程序,动态规划算法解答。
bag
- 背包问题的解决,使用microsoft visual c++编写,算法简单
这是一个数据图象学的,简单通过64比
- 这是一个数据图象学的,简单通过64比\\这是一个数据图象学的,简单通过64比特的加密引擎。程序包里有完整的程序。-This is a study of the image data, simple than 64 \\ This is a study of the image data, a simple 64-bit encryption engine. Procedures bag complete the procedure.
DataStructerCode
- 数据结构课程设计:运动会分数统计。压缩包里包括全部的源代码和试验报告。拿出来大家一起分享啊-Data Structure Course Design: Games Score Statistics. Compression bag, including all the source code and test report. Out to share ah
BAG
- C++解决背包问题 教学或者自学均可使用 简单方便-C++ solve the knapsack problem or self-teaching can be used to facilitate easy
bag
- 这是一个“背包”问题的数据结构的C语言实现。我个人觉得是考查对链表和二叉树的知识。去年学的是这个,觉得很有意思。自己写了几个,也收集了别人做的几个课题。具体思路里面有。-This a problem "bag" in data_structure. I learned this course last year and I think it s very interesting.
bag
- 数据结构的课程设计,背包问题的解决 数据结构的课程设计,背包问题的解决-bag bag bag
bag
- 算法分析课程中的经典算法,背包问题的算法实现,仅供参考-Algorithm Analysis of the classic courses in algorithms, knapsack problem algorithm, for reference only
bag
- 在任意位置画任意个点,然后 右击,就自动画出凸包-In any position draw any points, and then right-click, it automatically draw the convex hull of
shujujiegou_erfenfachazhaoshuju
- 《数据结构》课程中,利用二分法查找数据,压缩包里是源代码,在vc++6.0中可以直接调试-" Data Structure" Course, using binary search data, compression bag is the source code, in vc++6.0 can directly debug
bagproblem
- 讲述各种背包问题,帮助了解关于背包问题的算法分析与过程实现。-for the problem about the bag problem ,to solve the problem and find the most effective way of the solution.
bagProblem
- 背包问题的不错的编码,应用分类函数进行处理-this is a bag package problem code , which is a seperate function of it
bag
- 《背包九讲》,学习动态规划必读,非常经典就不多说了!-" Backpack nine stresses" learning dynamic programming must-read, very classic is not to say it!
avl_work
- 实现了avltree的建立、插入、删除、输出等基本功能,可以看到每次改变后树的动态变化,对初学者实际编程练习很有帮助。压缩包里是整个项目,其中.h文件包含avltree的所有定义和实现。-Achieved avltree establishment, insert, delete, export and other basic functions, you can see that every time the tree after the change the dynamic changes
bag
- 经典的背包问题,运用贪心算法非递归方式求解最优值。-Classical knapsack problem, the use of greedy algorithm for solving the optimal value of non-recursive way.
beibao
- 0-1背包问题:给定n种物品和一个背包,物品i的重量是Wi,物品i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? 在选择装入背包的物品时,对每种物品i只有两种选择,即装入背包为1或不装入背包为0。不能将物品i装入背包多次,也不能只装入部分的物品i。0-1背包问题的主要特点是在选择物品i装入背包时,每种物品仅有一件,可以选择放或不放-0-1 knapsack problem: Given n types of items and a backpack, th
1
- 利用贪心策略解决背包问题。现有载重为M公斤的背包和n种货物。第i种货物的重量为Wi,它的总价值为Pi,假定M、Wi、Pi均为整数。设计程序给出装货方法,使装入背包的货物总价值达到最大。-Greedy strategy to solve the knapsack problem using. Current load of M kg backpack and n kinds of goods. First i kind of cargo weight Wi, its total value of
ATmega128_cn
- New Year s Day is one of important days for many people in the world during the year. Most people spend the New Year s Day in hotels. January 1st is considered as the New Year s Day. Most companies, shops, school, and government offices are closed du
greed-bag
- 一个贪心背包的小程序可以在VC下运行,可作为算法学习参考- a greed bag algorithm implementation can run in VC
0-1-bag-problem
- 一种算法来解决0-1背包问题,这是非常好的-one arithmetic to solve 0-1 bag problem