通过梯度微量流SNAKE方法对图像进行分割

遗传算法用于菌落图像分割。遗传算法其固有的并行性和不易陷入局部最优的特点使之非常适于大规模搜索空间的寻优，使图像分割产生的误差最小，为解决图像分割中的参数选择难题提供了有力的保障。附有程序清单-A New Model for Image Segmentation

vc编的绘图程序,算法维图形学中的非库调用有圆,线条等,有颜色选择.-vc addendum to the drawing process, algorithm-dimensional graphics, which called for a non-circular, such as lines, color choices.

用拉普拉斯算子对图像进行锐化处理，从而可以提起图像边界，附源码和测试图片-With Laplacian sharpening image processing, leading to the institution of the image border, with source code and test images

图像锐化算法，锐化的效果很明显，能达到预期的效果，很适合应用再实践中，运行速度一般。-Image sharpening algorithm, the effect of sharpening it is clear that to achieve the desired results, it is suitable for further practice, the operating speed in general.

几个程序，Wallis变换，DCT变换，形态学操作-several procedures, Wallis transform, DCT, morphological operations

经典的Harris算子源码，通过制定文件路径可以很好的检测出角点-Operators Harris classic source, through the development of a file path can be detected in a very good corner

从一幅多个细胞的图像中，分割出单个的细胞，一个细胞一个小图。-more than one cell from the image, segmentation of individual cells, a cell a small map.

robustly fits a homography to a set of putatively matched image points-robustly fits a homography to a set of putat ively matched image points

本程序是一个最佳阈值分割算法,可对灰度图像进行分分割.-This procedure is an optimal threshold segmentation algorithm, grayscale images can be sub-divided.

关于图像腐蚀、图像膨胀、开运算和闭运算、以及数学形态学的其他运算-corrosion on the image, image expansion, opening and closing operations computation, mathematical morphology and the other Operational