资源列表
FLYD
- 最短路径——弗洛伊德算法，做了很长时间才做好的
pack1
- 01背包问题 用算法分之方法解决的问题
Dijkstra
- Dijkstra算法设计单源最短路径问题的贪心算法-Greedy algorithm of Dijkstra algorithm design single source shortest path problem
MaxSum_ML
- 最大子段和实验之蛮力法，包括程序运行时间计算，C++表述-The largest sub-segment and experiments brute force method, including the run time calculation, C++ statements
queue
- 队列，用顺序或链式结构实现一个队列，采用二叉链表存储结构，用递归方式建立二叉树对 应的二叉链表，并建立队列实现该二叉树的层次遍历序列的输出。 -Queue, with the sequence or chain structure to achieve a queue, using the binary storage structure list, using a recursive approach to building a binary tree corresponding to
ss
- 这是学习数据结构的好资料，仔细钻研会取得意想不到的结果-This is good information to learn data structures, careful study will yield unexpected results
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
long_factorial
- 两个大整数相乘，由于long int型的位数也不够，所以要用数组来表示，此程序即是这个功能。-Multiplying two large integers, the number of bits as long int type is not enough, so use an array to indicate that this procedure is this.
migong
- 用C语言写的迷宫,出自雨中飞燕,包括两个版本的程序,打开源文件,里边有两个程序-Written in C language maze, from the rain swallows
Pipeline-problem
- 使用C++语言实现了分治和递归的算法，有一定的帮助。-C++ language using a divide and conquer and recursive algorithms, have some help.
main
- 有关归并排序的算法及其实现功能可以有借鉴意义的算法-Merge sort algorithm and its implementation functions can have the reference algorithm
ToH
- The Tower of Hanoi (also called the Tower of Brahma or Lucas Tower,[1] and sometimes pluralised) is a mathematical game or puzzle. It consists of three rods, and a number of disks of different sizes which can slide onto any rod. The puzzle starts wit