C + + 树示例

fish算法,模式识别-fish algorithm, pattern recognition

智能仓库管理系统-intelligent warehouse management system

子集和问题.rar:这是我学算法设计时的总结,包括定长和不定长做法(也就是回朔法,剪枝限界),当然也包括穷举法.-subset and problems. Rar : This is my learning algorithm design at the conclusion, including fixed-length and variable length approach (that is, back to Schomburg, pruning Bound), which of course includes exhaustive law.

问题描述： 给定n个石子，其重量分别a1,a2,a3...an,要求将其划分成m份，每一份的划分费 义为这份石了中最大重量与最小重量的差的平方。总划分费用等丁m份划分费用之和。 编程任务 对于给定的n个石子，求一种划分方案，使得总划分费用最小。-Description of the problem: Given n-stones, its weight, respectively a1, a2, a3 ... an, asked that it be divided into m copies, each of the division of costs defined as the weight of the stone of the largest and the smallest weight difference the square. Small m the total costs were divided into the sum of the cost. Programming tasks for a given n-stones, seek a kind of division, making the total cost of the smallest division.

MyDB 是一个小型、 快速、查询方便的桌面数据库。 适用于Visual C++、Visual Basic、Delphi等开发者。 只有一个DLL（188KB），所有数据以自己的格式存 在一个普通文件中，无需Dao、Ado、BDE等支持。 也无须任何安装和设置。特别适合开发那些数据量 不是很大，无需复杂查询，又不想安装Dao等一大堆 DLL，OCX的绿色软件。而且数据安全性好， 无法轻易打开！-MyDB is a small, fast and convenient desktop database query. Applies to Visual C++, Visual Basic, Delphi and other developers. There is only one DLL (188KB), all data in their own format, there is a general document, without Dao, Ado, BDE and other support. Also without any installation and settings. Particularly suitable for the development of those who is not a big amount of data without the complexity of inquiries, but also do not want to install a lot of Dao, such as DLL, OCX green software. And data security, and can not be easily opened!

网上购物数据库，所有代码都有，包括模型图 -Online Shopping Database

一个专业的程序连接mysql用的ODBC连接，带列排序和按纽控件，可以备份mysql数据库,修复数据库,请使用-a professional to connect to mysql with the ODBC connection with sorting out and button control that mysql database backup, restoration database, please use

是比较好的SVM 代码，对一些初学者而言，可以好好利用，可能开始自己编写代码会比较困难，但是多看看别人写的代码 ，可能会对自己有所帮助，所以上传此代码，为了让更多人好好利用资源，好好学习

算法设计与分析中的贪心法源程序，用VC编写，应用贪心设计策略来解决操作系统中单机、无资源约束且每个作业可在等量时间内完成的作业调度问题-algorithm design and analysis of the greedy algorithm source, VC preparation, application greedy design strategies to solve the stand-alone operating system, without resource constraints which each job can be in the same amount of time to complete the job-scheduling problem

Data Structure of maps