二维图像目标跟踪，用matlab实现，采用了卡尔曼（kalman）滤波算法...

可以自动识别目标，并进行跟踪，可设置两种跟踪方式，重心或者相关。-Can automatically identify targets and track follow-up can be set in two ways, the focus of or related to.

主要是关于opencv的介绍，实现图像增强，图像变换和其他一些功能。-Mainly on the introduction of opencv to achieve image enhancement, image transformation, and other features.

基于特征的影像匹配――SIFT Method!!! 相当经典,只不过是MatLab源码，希望有哪位高手能转换成VC++源码!-feature-based image matching-- physiology Method! ! ! Quite classic, MatLab is the only source, which experts hope will be converted into VC source!

opencv+vs2008实现分水岭算法-opencv+ vs2008 watershed algorithm to achieve

在opencv下使用Kalman滤波器实现跟踪一个旋转的点-In opencv using Kalman filter to track a rotating point

用matlab编写的线性插值，最近邻域插值，和双三次样条插值。-using Matlab prepared by the linear interpolation, the recent neighborhood interpolation and bicubic spline interpolation.

一个可用于分析和处理JPGE文件的类模块，操作相当简便-1 can be used for analysis and processing of documents JPGE class module, the operation is relatively easy to

图像小波变换matlab代码，含有测试图象和使用说明-Image wavelet transform matlab code, containing the test images and use

figure 4.2a single pluse 3-D uncertainty plot pulsewidth is 2 seconds。 Figure 4.2b. Contour plot corresponding to Fig. 4.2a. Figure 4.2c. Single pulse 3-D ambiguity plot. Pulsewidth is 2 seconds. Figure 4.2d. Contour plot corresponding to Fig. 4.2c. -figure 4.2a single pluse 3-D uncertainty plot pulsewidth is 2 seconds. Figure 4.2b. Contour plot corresponding to Fig. 4.2a. Figure 4.2c. Single pulse 3-D ambiguity plot. Pulsewidth is 2 seconds. Figure 4.2d. Contour plot corresponding to Fig. 4.2c.

H.264解码软件，作成了VC工程。各位有需要的朋友可以在本工程的基础上进行适当的修改，以满足自己的需求。-H.264 decoding software for the project has become a VC. Members in need of a friend can be in the works based on appropriate modifications to meet their own needs.