简单的推箱子游戏，不过加入了搜索算法，可以自动演示解法...

数字信号处理的各种算法的c语言代码实现。 格式是pdg的。(digital signal processing algorithms in C language code to achieve. The format is pdg.)

利用棋盘格对相机进行标定，加入误差判定及像素空间到实际物理空间的距离计算(The camera is calibrated by checkerboard, the error is added and the distance of pixel space to the actual physical space is calculated)

这是一个好用的频偏估计算法的mmatlab仿真程序，谢谢使用。 (This is an easy to use Frequency Offset Estimation Algorithm mmatlab simulation program, and thank you to use.)

在项目文件中可实现对摄像头的控制并拍照，进而可以做一些视频监控等项目的应用！(In the project file can realize the control of the camera and take photos, then can do some of the applications of video surveillance and so on!)

opnet的应用实例,说明很详细,适合初学者使用(an example of the application of opnet, which is detailed and is suitable for beginners)

快速DCT算法32位的C语言实现,乘法次数最少,可嵌入编码器及解码器使用()

森林的布局，游戏当中，场景和人物的关系，在前面，还是后面，遮隐效果(The layout of the forest, games, the relationship between scenes and characters in front or behind, nothing hidden effects)

gdal读tiff图像,获取图像大小，波段信息，图像数据，写Tiff图像到固定路径。(Read and write an TIff image using GDAL)

// MySocket.cpp : 实现文件 // #include "stdafx.h" #include "TalkS.h" #include "MySocket.h" #include "TalkSDlg.h" // CMySocket CMySocket::CMySocket() :m_pDlg(NULL) { } CMySocket::~CMySocket() { } // CMySocket 成员函数 void CMySocket::SetParent(CTalkSDlg*pDlg) { m_pDlg = pDlg; } void CMySocket::OnAccept(int nErrorCode) { // TODO: 在此添加专用代码和/或调用基类 if(nErrorCode == 0) m_pDlg->OnAccept();  //CAsyncSocket::OnAccept(nErrorCode); } void CMySocket::OnClose(int nErrorCode) { // TODO: 在此添加专用代码和/或调用基类 if(nErrorCode == 0) m_pDlg->OnClose (); //CAsyncSocket::OnClose(nErrorCode); }