graph-DFS

本算法用于实现二叉树的查找和输出，使用了数据结构中的二叉树结构，精髓在于使用了函数指针。( This algorithm is used to find and implement binary output, use the data structure of the binary tree structure, the essence is the use of function pointers.)

数据结构课程设计－－实现并对比三种基本的字符串匹配算法(EasyMatch Rabin—Karp KMP)

用从语言实现飞机订票系统。程序中用到了数据结构中的队列和栈。(From the language used airline reservation system. Process the data structure used in the queue and stack.)

已知线性表中的元素以值递增有序排列，并以单链表作存储结构。试写一高效的算法，删除表中所有值大于mink且小于maxk的元素（若表中存在这样的元素）同时释放被删结点空间，并分析你的算法的时间复杂度（注意：mink和maxk是给定的两个参变量，它们的值可以和表中的元素相同，也可以不同）。(Known linear elements in the table to the value increments ordered, and a single list for the storage structure. Try to write a highly efficient algorithm to delete all values ​ ​ greater than mink and maxk elements smaller than (if there is such an element in the table) while the release of the deleted node space, and analyze your time complexity of the algorithm (Note: mink and maxk is given two parameters variables, their values ​ ​ and elements in the table can be the same or different).)

哈夫曼树可以使读者快速方便的查找所需文件(Huffman tree allows readers to quickly and easily find the file)

邻接表存储图，然后进行深度优先遍历及广度优先遍历。(DFS,adjacent matrix)

快速排序，用数组的存储结构，实现数的排序。共有八组随机数据，还能够计算出每组数据的处理时间，最终得到平均时间。(Quicksort array storage structure, to achieve the sort of number. A total of eight sets of random data, but also be able to calculate the processing time of each data, and eventually obtain the average time.)

二叉搜索树的生成和查找节点，北大《数据结构与算法》教材的习题(The generation and find nodes of a binary search tree, Peking University, " Data Structures and Algorithms" textbook exercises)

二叉树的设计。包含二叉树结点类的设计以及二叉树的遍历。(Binary tree design. Contains the binary tree node class design, and Binary Tree Traversal.)

参加数学建模的同学很可能会遇到这套题。本程序采用链表进行编写，很方便地解决了小白鼠问题。(Mathematical modeling of the students participating are likely to encounter this question, the program uses the list to solve the problem of mice, very convenient.)