一个简单的网络爬虫，使用SQL sever数据库 给初学者参考

为了老师更好的管理学生，选课系统应运而生，而基于B/S架构的选课系统更加方便，而不必每个客户都下一个客户端而通过浏览器而直接执行-In order to teachers to better manage students, elective system came into being, but based on B/S structure of the elective system more convenient, without having to each customer under a client-side browser, directly through the implementation of

K路归并算法 * 本程序用来实现K路归并算法 * 在Turbo C2.0编译器下编译通过 * 算法过程中 * K由用户输入 * 用户选择需要归并的数据的个数 * 由程序生成随机数据，数据结构为链表，并展示给用户 * 然后程序告诉用户需要增加的虚节点的个数 * 并把虚节点加入到链表中去，最后进行归并 -K Road merge algorithm* This procedure used to realize the way merging algorithm for K* in Turbo C2.0 compiler compiler under the process through the* algorithm* K* by the user input the user select the number of merging the data* generated by the random data , data structure for the list, and display to the user* and then the procedure to tell the user the need to increase the number of virtual nodes and virtual nodes* added to the list going, and finally to merge

易经起名卦例的存取,用户可以方便存取原名和改后的名字信息-database development,use vc++ and mfc software develop,give all source,user can get and store his name and change name conveniently

VB 图书馆管理程序-VB library management procedures

VHDL实现布斯算法-VHDL Booth algorithm

VFP网络编程实例一则-VFP Network Programming Example 1

the embedded light weight database with source

小型图书馆管理系统！-little books management system

用VB和matlab混合编程，编写的数据库，数据库包含有删除，添加，修改，插入 及查看等功能，在利用VB和SQL联系起来，由于matlab强大的算法功能，将输入各类数据进行用算后存入数据库。

从数组中 任取一个元素 p (可随机取,现在以取第一个为例).以P作为主元,对数组 进行划分 ,前一部分小于 P,后一部分 大于p.最后划分处存储p,然后分别对划分后的前一部分和后一部分递归调用. 算法平均时间复杂度: O(nlogn) -Any check from the array element p (can be random access, and now to take the first example). To P as the main element of the array to be divided, the first part is less than P, the latter part of the final division is greater than p. Department store p , and then were divided into the first part and the latter part of recursive calls. algorithm the average time complexity: O (nlogn)