HuffmanTree

利用串来比较数据大小，代码中有两个串，通过串来比较大小( 10/5000 Use the string to compare the data size)

使用不同的方法解决背包问题：本算法采用的是动态规划方法，比较好的解决背包问题。(Use different methods to solve knapsack problem: The algorithm is a dynamic programming approach, a better solution to knapsack problem.)

c语言编写链式线性表的初始化，创建，插入删除等操作。(c language chained linear table is initialized, create, insert and delete operations.)

总结了10种排序的方式。用代码加以实现。(the ten way of Line up a preface)

数组的定义与使用，数组的运算，字符串的输入与输出，冒泡排序(list and array)

工作时单元功能实现的部分资料 主要涉及字符串处理、排序算法，字符串查询、kmp、改进二分法、Unicode编码、uniq(functional modules work to achieve some of the information involved mainly string handling, sorting algorithm, string inquiries, kmp improve dichotomy, Unicode encoding, uniq)

n皇后问题构造法实现，比起启发式修补运行时间较长。(n Queen realize the issue of construction method, compared to a longer run-time heuristic repair.)

说明：  数据结构基本算法实现。包括栈、二叉树基本运算实现，同时包含整数计算器的完整实现。(The basic algorithm data structure. Including implementation of stack, binary tree basic operations, and a complete implementation of an integer calculator.)

本代码主要实现了哈希表的设计，完成了哈希函数的相关要求。(The code is designed to achieve a hash table, the completion of the relevant requirements of the hash function.)

编程实现Prim算法，基于最小堆数据结构，生成最小代价生成树。 （其中随机生成点和边，形成连通图） 根据输入的顶点数的不同，分析时间复杂度。(Implement Prim’s algorithms based on min-heap and disjoint set data structure for constructing a minimum cost spanning tree. Generate weighted undirected complete graph for given size n according to the following approach: 1) Randomly generate n points ( ) on a plane 2) Randomly generate k pairs of points as edges of the graph. 3) The weight of an edge of the graph is defined as the the Euclidean distance between two endpoints of the edge. )