C++图像视频处理算法源程序

实例12-1：使用用户界面线程实例。源代码在光盘中“12InterfaceThread”目录下。 实例12-2：使用工作者线程实例。源代码在光盘中“12ControlThread”目录下。 实例12-3：多线程实例。源代码在光盘中“12WQDemo”目录下。 实例12-4：线程间的通信。源代码在光盘中“12ThreadCommu”目录下。 实例13-1：动态链接库（Dll）实例。源代码在光盘中“13dlltest ”目录下。 实例13-2：鼠标钩子应用实例。源代码在光盘中“13MouseHook”目录下。 实例13-3：键盘钩子应用实例。源代码在光盘中“13KeyboardHook”目录下。 实例14-1：WinSock网络程序：聊天室。源代码在光盘中“14WinSocketChat”目录下。 实例14-2：利用MSComm控件进行串口数据传输。源代码在光盘中“14MSComm”目录下。 实例14-3：简单的WinInet应用程序。源代码在光盘中“14SimpleNet”目录下。 实例15-1：创建Access数据库。源代码在光盘的“15Info”中。 实例15-2：MFC的ODBC数据库实例。源代码在光盘中“15Enroll”目录下。 实例15-3：利用ADO查询并操作数据库实例。源代码在光盘中“15AdoTest”目录下。(InterfaceThread ControlThread ThreadCommu )

Music_Box源代码，VC++音乐播放器（win32源码版），该音乐播放器采用Win32SDK实现，具有音乐列表保存功能，支持皮肤透明度的设置。(Music_Box source code, VC++ music player (win32 source version), the music player uses Win32SDK realize, with the music list is saved, support skin transparency settings.)

免注册QQ/MSN号码,直接在网页上聊天/通话/视频,最佳在线客服.(Live Support)

说明：  演示 Windows VC 下 DC 的视口和 窗口之间的换算关系(DC presentation under the Windows VC Viewport and window conversion relationship between)

一个基于 Labview 的 UDP 通信实例。用户可通过该实例对 TCP-UDP 协议的工作方式有基本的了解。(Labview an instance of communication based on UDP. Users can work through the example of TCP-UDP protocol is a basic understanding.)

一本很细致很深入的Visual C＃程序设计基础教程，对初学者很有帮助。()

做程序时，写界面的必须,有源码代，有注释。针对初、中、高级专业软件的界面。(Do program, must write interface, source code generation, with comments. In view of the early, middle and senior professional software interface.)

A C# open source library that provides fully featured (1) single and double precision complex number data types, (2) complex number math library, (3) 1D, 2D and 3D complex and real symmetric fast Fourier transforms, and (4) highly accurate statistical routines.

实现三维对象的平移,旋转变换,以及投影变换,不错的(Realize 3 d object of translation, rotation transformation and projection transformation, good)

This function generates an Additive White Gaussian Noise (AWGN) sample at every call. Its beauty lies in its simplicity! The generated sample set will have zero mean and a standard deviation of 1. Therefore, one can simply scale the output samples by a different standard deviation to generate different noise profiles. To do this scaling, simply multiply the sample with the standard deviation of your choice. This is a very versatile function that can be used in communication system simulations and random number generation in various applications. I have used it in the past while working with channel encoder and decoder simulators.