图像处理算法实例（c程序实现）

.............................\Debug

.............................\Params.h

.............................\以数值与字母把直方图打印出来.c

.............................\位置的移动（线形插值法）.c

.............................\去除噪声(中值滤波法).c

.............................\去除噪声（移动平均法）.c

.............................\只复制被掩模区域的图像数据.c

.............................\图像处理.doc

.............................\扩大、缩小(NG).c

.............................\扩大、缩小(最邻近法).c

.............................\扩大、缩小(线形插值法).c

.............................\扩大亮度范围.c

.............................\扩大缩小、旋转，移动（线形插值法）.c

.............................\把图像的亮度扩大n倍.c

.............................\把图像的亮度扩大n倍.rar

.............................\把直方图图像化.c

.............................\把直方图图像化.c.bak

.............................\把直方图平坦化.c

.............................\把直方图平坦化.c.bak

.............................\把直方图平坦化.dsp

.............................\把直方图平坦化.dsw

.............................\把直方图平坦化.ncb

.............................\把直方图平坦化.opt

.............................\把直方图平坦化.plg

.............................\把直方图平滑化.c

.............................\提取具有某范围园弧度连接成分的图像.c

.............................\提取面积在某个范围内的连结成分.c

.............................\收缩处理(二值图像).c

.............................\旋转（线形插值法）.c

.............................\检查特征参数.c

.............................\求出图像的亮度范围.c

.............................\求直方图.c

.............................\用Hilditch的方法把二值图像细线化.c

.............................\用Hilditch的方法把二值图像细线化.c.bak

.............................\用Prewitt的方法提取轮廓.c

.............................\用一阶微分提取轮廓.c

.............................\用二阶微分提取轮廓.c

.............................\膨胀处理(二值图像).c

.............................\进行标签化.c

.............................\透视变换（线形插值法）.c

.............................\阈值处理.c

.............................\阈值处理.c.bak