该程序运用java实现客户端和服务器端的及时聊天，快捷方便

在线购物网站使用 jquery 效果。用户可以在某些类别的衣服上显示的图像，并把描述和价格。网站可以按类型和大小进行筛选。 很好的网上服装店或其他。

用C语言编写的贪吃蛇游戏 在游戏界面内实现键盘控制蛇吃豆的过程-Using C language interface in the game Snake game keyboard control to achieve the process of the snake to eat beans

java 创建模式，抽象工厂模式，实现代码重构，包括例子。-java creation of models, the abstract factory model codes remodeling, including examples.

这个做的是模拟银行的ATM截面，很简单的一个小程序，大家参考以下把-do is the bank"s ATM simulation section, a very simple one small procedure, we put reference to the following

定时专家v1.0 功能介绍： 　　　　　定时启动程序、定时关机。 　　　　　闹钟：支持自定义播放音乐。 　　　　　支持导出导入事件。 　　　　　支持多事件。-regular expert v1.0 functional presentations : Timing commencement of the proceedings, regular shutdown. Clock : support from the definition of broadcast music. Support derived into the incident. For the multi-events.

JAVA游戏改中文名!不妨试一试！方便安装后查阅！-JAVA game to change the Chinese name! May wish to try it! Easy installation inspection!

java应用程序 这个是自己第一次写的东西 还是初学，没有什么可以上传的 其实也不值得下这个， 只是想分享一下自己的东西而已-This is a java application to write their own stuff first, or beginner, nothing can be uploaded under is not worth it, just want to share something more than their own

RBF网络训练程序C++源代码，可以完成网络训练和网络测试功能。-RBF the network training procedure C source code, may complete the network training and the network test function.

1. 发卡服务端：Server 项目文件：autojet.prj 2. 计费客户端：Client 项目文件：internet.prj Explorer.prj 先启动Explorer.exe, 再启动internet.exe 3. 数据库脚本 INIT（原版）.SQL 和 New init.sql（新版），数据库名 NetBar 4. 动态连接库： NETBAR.dll hookdll.dll 5. 大学生公寓城System ID为5046 其余程序说明全在程序内的文本文件中说明-1. round card service end: Server project document: Autojet.prj 2. costs the customer end: Client project document: Internet.prj Explorer.prj First starts Explorer.exe, then starts internet.exe 3. databases scripts INIT (first edition) SQL and New init.sql (new edition), database NetBar 4. dynamic connections storehouses: NETBAR.dll hookdll.dll 5. university students lodgings city System ID is 5,046 other procedures explained all explained in the procedure text documents

When designing and implementing heuristics for discrete optimization problems, there are many choices to be made. These include search paradigms, search mechanisms, search parameters, test sets, etc. Often these choices are treated as independent of each other, even though most researchers acknowledge some interdependence between the diff erent search mechanisms and associated para- meter settings. Our experience is that the search mechanisms and parameters often interact, and at times in unforeseen ways. This is a diffi cult problem to disentangle, and often even to discover.