资源列表
0894052229_5
- 用C++语言描述的的数据结构 邻接矩阵的应用实例-Using C++ language data structure described in application example of the adjacency matrix
14
- 图的最小生成树的原理和算法实现,图的最短路径的原理和算法实现 -Minimum spanning tree graph theory and algorithms, graph theory and the shortest path algorithm
12
- 掌握堆的定义、存储结构及原理 2、掌握堆的运算 3、掌握哈夫曼树的定义 4、掌握构造哈夫曼树的方法 -Grasp the definition of the heap, storage structure and principle of two, master of the heap operations 3, 4 to grasp the definition of Huffman, Huffman tree construction methods of control
5
- 1、理解递归运算中栈的应用原理和变化情况 2、掌握递归算法实现 -1, understanding the application of recursive operations in the stack principle and changes in two master recursive algorithm
6
- 1、掌握队列的顺序存储和链接存储及队列操作 2、理解队列的不同存储实现下的头文件（queue.h和linkqueue.h）的应用 -1, control the order of the queue and the queue storage and storage operation link 2, understanding the different queue header files under the Data Storage (queue.h and linkqueue.h
2
- 1、掌握结构型数据的实际应用原理 2、掌握顺序存储的线性表的操作实现的实际应用 -1, grasp the practical application of structured data in principle 2, in order to master the operation of linear list stored in the actual application to achieve
chenlin
- 以二叉链表作为存储结构 由用户输入一棵二叉树 使用菜单界面 分别输出二叉树的先序、中序和后序遍历下的结点访问次序 输出二叉树的深度 输出二叉树中所有的叶子结点及其数目。-Linked list to binary storage structure from user input as a binary tree binary tree using the menu interface, the output of the first order, respectively,
maopao
- 实现冒泡排序方法，采用多种方法来实现冒泡-Realizing bubble sort method, using a variety of methods to realize the bubble
Stack
- stack implementation using stack template
munkres-v2
- 匈牙利算法介绍文档及实现程序，C++语言，非常好用。-Huangary Algorithm。
expression
- 表达式求值，基于数据结构课表的代码，运用站和队列-Expression evaluation
kmp
- kmp算法 源代码 可实现多个匹配分析可实现多个匹配分析-kmp algorithm source code analysis of multiple matches