本程序采用的VHDL语言,分别实现:递增锯齿波递减锯齿波 三角波 阶梯波 方波正弦波 数据选择器....

用路径算法实现了Graphics2D图形的编程-path algorithm using a graphical programming Graphics2D

图像转换处理的常见方法（灰度，二值，去噪，马赛）-Conversion of the common image processing methods (gray, two-valued, denoising, Marseille)

绘制曲线函数(曲线光滑)-curve mapping function (smooth curves)

根据多边形区域的填充原理可以推广到圆域的填充，由于圆的特殊属性，即可根据任何欲填充的像素点与圆心的距离是否大于或小于半径来判断是否在圆内或圆外，具体实现程序如下； 利用中点画圆算法实现边界程序： void CArea_FillData::MidpointCircle(int xc, int yc, int r, int color) {//画八分之一的圆 int x,y,d x=0 y=r d=1-r WholeCircle(xc,yc,x,y,color) while(x

A Survey of Techniques for Digital Watermarking

denary三角剖分算法源码，用于离散点成面，自动构建面的高级算法，该算法非常难得，希望你们有所启发。-denary triangulation algorithm source code for the discrete points into face, the face automatically build senior algorithm, which is very rare that you have inspired.

主要是实现许多动态目标进行检测与识别，图象进行处理，希望大家喜欢-The main goal is to achieve a number of dynamic detection and recognition, image processing, I hope you like

一个基于VC的最小二乘法直线拟合,很有用哦-a VC-based linear least squares fitting method, useful oh

立体视觉代码。主要过程包括：harris角点检测，zncc最优策略匹配，扩散得到更多特征对应，计算disparity和对应颜色值。另外提供了两幅图片以及对应的特征匹配的结果和disparity图像。-Three-dimensional visual codes. The main process includes: harris corner detection, zncc optimal strategy for matching, the proliferation of more features of the corresponding calculation of disparity and the corresponding color value. Also provides a picture and two corresponding feature matching results and disparity images.

通过手部图像认证身份，采用了决策融合的方法，准确率很好-Image authentication by hand, using a decision fusion method, the accuracy was very good