Dalsa Netlink image acquisition equipment testing procedures. Note : the need fo...

拉普拉斯锐化（边缘锐化）：对图像边缘进行拉普拉斯锐化-Laplacian sharpening (edge sharpening): Laplacian of the image edge sharpening

图像分割的经典课本，对与研究图像处理方面的同仁有很大帮助-Image segmentation of the classic textbooks, and research on image processing aspects of great help to have Tongren

本程序实现了WBS（跳过空白块编码），对与二值图像进行了有效的压缩 该算法具有自适应性 可以自动选择空白快的大小 -This procedure achieved a WBS (skip blank block coding), with binary image compression effectively with self-adaptability of the algorithm can automatically select a blank quick size

能量检测,主要是看如果根据虚警概率得到门限，然后进行判决-enengy detection

这是一个计算机图形学实例，在C++环境下实现圆中点BRESENHAM算法-This is an example of computer graphics in C++ environment to achieve the midpoint circle algorithm BRESENHAM

针对传统方法难以可靠估计图像中纹理单一区域像素点视差的问题,将纹理分析应用于立体匹配中,提 出图像分块整体匹配的方法。首先用LBP/C纹理分析方法对图像纹理进行描述 然后进行基于区域生长的扩张检 测,得到纹理单一图像块 最后对图像块进行整体匹配,得到纹理单一区域的稠密视差图。对国际标准图像进行测试, 结果表明该算法能提高纹理单一区域稠密视差图的精度,具有实用价值 -Due to the difficulty of getting disparity of less textured pixels with traditional approach, block matching algorithm with texture analysis was put forward. First, the images were described by LBP/C texture analysis. Then the expansion detection based on region growing was performed, and the less textured blocks were acquired. Finally the dense disparitymap of less textured area was obtained through block matching. The proposed algorithm was tested with the international standard image data and comparedwith some existing algorithms. The experimental results show that the proposed algorithm can improve the accuracy of disparitywhen handling less textured areas and can be used in practic

计算任意多边形的面积算法-arbitrary polygon calculation algorithm of the area

最新的图像融合算法，在Visual C++的环境中实现的，运行很快的-The latest image fusion algorithms, in the Visual C++ Realize the environment, and running quickly

把图像形态学的各个操作的详细算法用VC++程序写出来。-To image the morphology of the various operations detailed algorithm VC++ Procedures write it down.

K-L的人脸识别 K-L的人脸识别-KL Face Recognition Face Recognition KL