基于数学形态学的图像腐蚀程序，比较难，但是注释比较详细...

图象处理中的一些经典代码 周长发书上的原代码-Image processing code in a number of classic books week long the original code

边界方向的直方图统计。采用canny算法实现。 测试图片说明：（图像路径名请在main函数中AnsiString name="1.bmp" 中设定) 1.bmp、2.bmp用来测试尺度变换后图像的识别； 3.bmp、4.bmp用来测试尺度变换后图像的识别； 2.bmp、2_shift.bmp用来测试平移后图像的识别。 实现输出灰度图、平滑图、边缘图以及双阈值处理后的边缘图； 运行后文件夹应该有Image1.bmp,Image2.bmp,Image3.bmp,Image4.bmp； 实现输出灰度图、平滑图、边缘图以及双阈值处理后的边缘图； 边界直方图数据和归一化后直方图数据分别保存在histogram.txt和NormalHistogram.txt中。-Border direction histogram statistics. Canny algorithm used. Testing Photo caption: (image path name in the main function AnsiString name = 1.bmp set) 1.bmp, 2.bmp used to test scaling image identification 3.bmp, 4.bmp used to test After scaling the image identification 2.bmp, 2_shift.bmp used to test post-translational image recognition. Realize the output grayscale, smooth map, edge map, as well as dual-threshold edge map after the treatment running folder should have Image1.bmp, Image2.bmp, Image3.bmp, Image4.bmp realize grayscale output, smooth map, edge map, as well as dual-threshold edge map after the treatment border histogram data an

对一运动轨迹加入噪声，然后用卡尔曼滤波器进行滤波-On a trajectory with noise and then use the Kalman filter to filter

直方图均衡化的实例，大家在对图像对比度增强时必须得用到的经典程序，VC实现，简单易用，带图片可测试。-histogram equalization example, everyone in the image contrast enhancement to be used in the classic procedure, VC, simple and easy to be tested with pictures.

关于DICOM格式转换为位图BMP格式的c++源代码-On the DICOM format conversion for BMP bitmap format c++ Source code

kalman中计算指数收敛的矩阵级数近似求矩阵逆的算法步骤-Tracking index calculated convergence of Matrix series approximation for the inverse matrix algorithm steps

计算机图形学几何工具，是计算机图形学领域的非常不错的教材，欢迎使用-Computer graphics geometric tools, the field of computer graphics is very good teaching are welcome to use

本文提出了一种基于图像的 人脸多对象类融合模型以及相应的人想复杂属性分析与真实感绘技术。-In this paper, a face image-based multi-object-type fusion model and the corresponding attributes people want complex analysis and realistic painting techniques.

本程序绘制了经过小波分解的图像，然后再进行重构。-This procedure has been drawn through wavelet decomposition of the image, and then reconstructed.

纵向扫描的多边形填充算法，可以实现任意多边形的扫描填充-Longitudinal scan of the polygon fill algorithm, you can realize arbitrary polygon scan fill