Large sclae prepocess data for data mining and code

这是一个自己实现的N皇后问题c++解法，请各位指教-This is an own implementation of the N Queens problem c++ solution

数据结构往年试题及答案-Data structure in previous years questions and answers

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这个程序用于实现哈希表，在初始化时赋予哈希表20个数值，然后点击查看当前哈希表，完成后点击重建哈希表-This process used to implement hash table, given in the initialization hash table 20 values, and then Click to view the current hash table, click on the reconstruction after the completion of hash table

c语言编写上机运行已经通过,实现多道程序的转换调度（作业调度和进程调度结合在一起）-c languages running on the machine has passed, multiple procedures to achieve the conversion Scheduling (Job Scheduling and Dispatching process combines)

清华大学数据结构课上实现的B+树，设计一个4阶B+树，包括： (1) 叶子的每个记录应该包括4字节（long）关键码值和60字节的数据字段(存储文件名等，可以自定)，设每个叶子可以存储5条记录，而内部节点应该是关键码值/指针对。此外，每个节点还应该有指向同层下一个节点的指针、本节点存储的关键码数等； (2) 此4阶B+树应该支持插入、删除以及根据给定关键码值进行精确检索与关键码范围检索； (3) 显示（打印）此4阶B+树的生长(含删除节点)过程实例；-Tsinghua University class data structure to achieve the B-tree, the design of a B-tree four bands, including : (a) the leaves of each record should include 4-byte (long) key code value and 60 gigabytes of data fields (document storage, etc., can be set), set up each leaf store five records, and internal nodes is the key code value/means against. In addition, each node should have the same point under a layer of the target node, the node storage key code number; (2) The B-tree four bands should support the insertion, deletion and with the given key code value accurate retrieval and key codes scope retrieval; (3) Display (Print ) This four bands B-tree growth (including the deletion of nodes) process examples;

一个客户管理的源代码，采用三层式结构设计。-Management of a client

演示Kruskal算法和Prim算法 集合的并,元素查找的操作及应用 说明: 代码均在vc++6.0环境下编译均通过 在非VC++6.0环境下编译请去掉头文件 windows.h 和函数 end() -Demo Kruskal algorithm and Prim algorithm and collection, elements of the search operation and application notes: code in vc++ 6.0 compiler environment through in non-VC++ 6.0 compiler environment please go to the U-turn paper windows.h and function end ()

图论*匈牙利算法 的两种实现过程 Matching的巧妙在于队列的进入退出并没有仅仅限于在同一层循环中做到，构思巧妙 其算法思想在《算法设计与分析基础》上可以参阅-Graph theory* Two Hungarian Algorithm realization process ingenious Matching queue entry and exit is not just limited to the same level as the cycle done, the idea of clever ideas in their algorithm,

这是几个对ldap操作的jndi,可以直接编译运行，稍加更改既可用于个人ldap数据服务与服务器tomcat的连接-It is the right of the vendor ldap operation, the compiler can run, a little change can be used personal ldap data services and server connectivity tomcat