实现函数imdilate的膨胀效果，自己编写的matlab函数实现。

应用背景应用于路口摄像头、Kinect等设备的车辆检测，是基于OpenCV中提供的Haar的车辆检测。程序中包含已训练好的车辆分类器car3.xml，可直接载入进行车辆检测。此程序包含车辆和人脸等检测。关键技术算法程序类似于人脸检测，替换掉训练好的车辆分类器xml，运行环境：vs201x+opencv2.4.x。此程序包含车辆和人脸等检测。

可以实现小球的光照效果- May realize the pellet illumination effect

凹多边形凸分解（罗杰斯算法的扩展实现） 本程序实现了X，Y方向的凹多边形凸分解-Concave polygon convex decomposition (Rogers algorithm realize the expansion of) the procedure to achieve the X, Y direction of the concave polygon convex decomposition

这个绘制直线,折线,圆饼图的软件是我比较喜欢的一个,实在是值得学习!

qu yu tian chong zhe ge dongxi hen shuang jingbenren shiyan-my name is zhangheng!! zhe ge dongxi hen shuang jingbenren shiyan!!

Rosenfeld细化算法 功能：对图象进行细化 参数：image：代表图象的一维数组 lx：图象宽度 ly：图象高度-Rosenfeld thinning algorithm functions : Refinement of image parameters : image : the image of the one-dimensional array lx : Image width ly : image height

图像平滑源代码 还可以的 在vc直接运行就行 可作为参考-image smoothing source code can also directly in vc running on the line can be used as reference

使用opengl中的纹理贴图，光照，以及3D模型导入，构造了一个房间，能够使用鼠标和键盘实现虚拟漫游（w,a,s,d）-Use opengl the texture mapping, illumination, and 3D model import, construct a room, be able to use the mouse and keyboard to achieve a virtual roaming (w, a, s, d)

利用VC++6.0实现了对部分分形图的绘制功能-VC 6.0 part of the Fractal Map function

Abstract We present a component-based, trainable system for detecting frontal and near-frontal views of faces in still gray images. The system consists of a two-level hierarchy of Support Vector Machine (SVM) classifiers. On the first level, component classifiers independently detect components of a face. On the second level, a single classifier checks if the geometrical configuration of the detected components in the image matches a geometrical model of a face. We propose a method for automatically learning components by using 3-D head models. This approach has the advantage that no manual interaction is required for choosing and extracting components. Experiments show that the componentbased system is significantly more robust against rotations in depth than a comparable system trained on whole face patterns.