经典的图像处理理论基础书籍，涵盖了图像处理的原则、方法等，有详细的课后练习。...

本程序利用相关度量与仿射变换来跟踪目标 通过通过相似性度量在上帧目标周围区域搜索目标得到目标 5帧以上时 用仿射变换来更新目标模板 从而解决目标跟踪中目标发生形变 -This procedure make use of relevant metrics and affine transformation to track the target through the adoption of similarity measure in the last frame target search the surrounding region has been the target for more than five affine transformation used to update the target template in order to address the target tracking target deformation occurred

vc编写数字图形处理中阈值分割图像程序，阈值分割在图像处理中具有重要作用，本代码具有一定得意义-vc digital graphics processing in the preparation of Threshold image segmentation procedure, threshold segmentation in image processing plays an important role, the code may have some significance

TextDraw( 文本图形专家) 是一个简单易用而且功能非常强大的文本图形 制作工具。有了它，制作各种文本图形都会变得非常的简单。-TextDraw (text graphics experts) is an easy to use but very powerful text graphics authoring tools. With her production of a variety of text graphics are very simple.

source code of Harris corner detection -source code of Harris corner detection

利用VC制作的温度对数压力图，与平时看到的一样，是气象人员进行，解放了气象人员的用手点绘的麻烦。-VC temperature on the production of several pressure map, and see the same in peacetime, meteorological personnel, the liberation of the meteorological point of a hand painted trouble.

MPEG4视频解码 可以运行,现与大家分享-MPEG4 video decoder can run, it is to share with you

基于多尺度双变量多项式曲面拟合方程的图像表面分割算法的C++源码实现-Based on multi-scale surface fitting bivariate polynomial equation image segmentation algorithm based on the surface of the C++ Source realize

在OpenCV的cvaux有高斯混合模型函数，其中定义了CvGaussBGModel类用于存放高斯混合模型的各个参数。在编写代码前需要对cvbgfg_gaussmix.cpp和cvaux.h这两个文件做些修改-OpenCV has cvaux in the Gaussian mixture model function, which defines the category CvGaussBGModel Gaussian mixture model used to store various parameters. In the preparation of the code before the need for cvbgfg_gaussmix.cpp and cvaux.h revise the two documents do

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.

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