Title data structure operations, the stack and force the use of (capital letters...

库存管理系统将自动存储库存明细信息，并在需要时对库存明细信息进行维护和更新

Large sclae prepocess data for data mining and code

全国交通算法,求最短路径,最省时间,最少工作量. VC开发的,很有借鉴意义-National transport algorithm for the shortest path, least time, at least workload. VC developed referential significance

这是一个决策树算法-This is a Decision Tree Algorithm

思想很简单，就是一个循环链表 但要说明的是：我之所以用clist(1)来初始化，主要是我刚开始编的时候没打算解决约瑟夫环，只是想编一个带表头的循环链表，然后我用从这个程序改过来的，所以代码可以进一步优化。-Thinking is very simple, that is, a cycle list but would like to note is: I use clist (1) to initialize, mainly because I had just started when Joseph did not intend to resolve the ring, just want to provision a table with the head circulation list, and then I used to come from this process, so the code can be further optimized.

名片夹软件，用户可以建立并管理自己的名片。数据库配置为_app目录下的config目录中的database文件-name card management software.

包含图的遍历和线性链表两个内容，压缩文件里含有设计报告-Contains the graph traversal and linear chain of two elements, compressed file contains the design report

zoj 400道ACM 源码，是在ZOJ混的ACMer必备。希望对大家有点帮助。-zoj 400 Dao ACM source code, is essential in the ZOJ mixing ACMer. Hope to everyone to some extent.

设计邻接表类,实现无向图的深度优先非递归遍历,无向图的广度优先遍历,并设计主函数输入数据进行测试-Design category adjacency list, realize undirected graph of the depth-first traversal non-recursive, non-directed graph breadth-first traversal, and the design of the main function of the input data for testing

(1)输入E条弧,建立AOE-网的存储结构 (2)从源点v出发,令ve[0]=0,按拓扑排序求其余各项顶点的最早发生时间ve[i](1=2). (4)根据各顶点的ve和vl值,求每条弧s的最早发生时间e(s)和最迟开始时间l(s).若某条弧满足条件e(s)=l(s),则为关键活动.-(1) E importation of Arc lt; J, kgt; Establish AOE- network storage structure (2) v starting point source, ve [0] = 0, by topological sorting point for the rest of the earliest timing ve [i] (1LT ; = ilt; = n-1). if the Topography vertex orderly sequence number is less than net n vertices, a statement that net presence in Central, not for Critical Path, algorithm implementation steps to terminate or (3) (3) from the Department of v starting point, Vl [n-1] = ve [n-1], by the inverse order for the remaining topology of the latest occurrence of peak time Vl [i] (n-inversion; = IGT; = 2). (4) According to the apex of ve and Vl value for each s arc of the earliest timing e (s) and the latest starting time