area

VC++网络连接监控程序源代码，适合编写网络监控的编程者参考，选择监听的网络IP地址后才可以开始监听里程。并包括了IDS过滤器参数设置，几点提示： 　　1.初始状态只监听连接,不捕获IP数据 　　2.鼠标右击列表选择或取消监控某端口数据 　　3.为防止ping攻击,一般情况ping数据全部监控 　　4.监控某端口数据时,不监控ping包 　　5.数据超过20k将被清空 　　6.右边窗口停止抓包后显示十六进制数(VC++ source code network connection monitoring, network monitoring program for the preparation of reference, select the monitor s network IP address before you can start listening mileage. And includes IDS filter parameter settings, a few tips: 1. Initial state only listen for connections, do not capture IP data 2 Right-click the list to select or deselect a port monitoring data 3 To prevent ping attacks, general ping all monitoring data 4 When a port monitoring data, no monitoring of ping packets 5 The data will be cleared over 20k 6 right window displays the hexadecimal number stopped after capture)

简单的聊天程序 服务端和客户端。有闪屏 单人 多人聊天模式(Simple chat program and client service. Single people have the splash screen chat mode)

ASP +sql数据库开发实例精讲，有很多好的例子，比较适合初学者！-ASP+ Sql database development精讲example, there are many good examples, more suitable for beginners!

JSP写的留言本,默认管理员用户名是：admin；默认密码是：123456 -JSP to write the messages, the default admin users are : admin; The default password is : 123456

fluent的UDF程序，用于水变为冰的凝固计算(fluent in the UDF program for calculating the freezing water into ice)

说明：  针对小波包去噪对含强白噪声的信号处理效果不理想问题，提出了基于互相关分析优化的VMD-小波包阈值去噪方法。该方法融合了VMD和小波包去噪的优势，通过VMD把含噪信号分解成若干个模态分量，根据互相关分析提出的临界相关系数从所有模态分量中搜寻极优模态分量，之后利用小波包阈值去噪对极优模态分量进行处理。实验结果表明，该方法对含强白噪声的信号去噪效果具有优势，能够保全信号的有效分量，克服了传统VMD去噪的盲目性，保证了去噪后信号的真实性。(Denoising by wavelet threshold transform)

finger client程序 -finger client a

实现点对点发送文本聊天,P2P基于套接字发送和接收文本(Realize the point-to-point send text chat, P2P based on SOCKET to send and receive text)

从光学系统的成像点列图计算系统MTF的简单小程序(Caculate the MTF of a optical system from its spt)

说明：  针对图像亮度不均匀问题，Li Tao与2005年提出的这个算法。其主要用于提升再低照度或者不均匀光照条件下拍摄到的图像亮度。该算法主要由两部分构成：自适应亮度增强模块和自适应对比度增强。(Li Tao and this algorithm proposed in 2005 for the problem of uneven image brightness. It is mainly used to enhance the brightness of images captured under low illumination or uneven illumination. The algorithm is mainly composed of two parts: adaptive brightness enhancement module and adaptive contrast enhancement.)