它的所有关于K中心点的实现

完成两个YUV文件的比较-FOR compare two YUV file

用vb对cad进行二次开发的几个简单功能，包括画表格等-vb right cad with secondary development of a few simple functions, including painting forms, etc.

程序包括有维纳滤波，中值滤波，高斯变换，DFT变换等等图像滤波源代码-Procedures include Wiener filtering, median filtering, Gaussian transform, DFT transform source image filtering, etc.

数字识别代码 第一步：训练网络。使用训练样本进行训练。（此程序中也可以不训练，因为笔者已经将训练好的网络参数保存起来了，读者使用时可以直接识别）第二步：识别。 首先，打开图像（256色） 再次，进行归一化处理。点击“一次性处理” 最后，点击“R”或者使用菜单找到相应项来进行识别识别的结果显示在屏幕上，同时也输出到文件result.txt中 该系统的识别率一般为90％ 另外，也可以单独对打开的图片一步一步进行图像预处理工作。但要注意，每一步工作只能执行一遍，而且要按顺序执行。步骤为：“256色位图转为灰度图”“灰度图二值化”“去噪”“倾斜校正”“分割”“标准化尺寸”“紧缩重排” 另外注意，要识别的图片，要与win.dat、whi.dat位于同一目录。此两文件保存训练后网络的权值参数 -digital identification code first step : training network. Use of training samples for training. (These procedures also can not training because I have trained network parameters saved, Readers can direct identification) second step : identification. First, open the Image (256 colors) again, to a treatment. Click on the "one-stop" Finally, Click on the "R" or use the menu item corresponding to find the identification of the identification results on the screen, also result.txt output to a file which the system"s recognition rate of 90% for the other, can be individually opened to the step-by-step pictures for image prep

三角函数曲线作图器-trigonometry curve Constructions

一种心电信号散点图的扩增方法 这种方法，用于Poincare的二维变换，可以反映ECG信号的心律不齐情况-a scattergram of the ECG signal amplification method for the two-dimensional Poincare transform, ECG signal can reflect the situation of irregular heartbeat

这是一个简单而实用的绘图框架程序,可以方便地扩展.-This is a simple and practical framework for mapping procedures, can be easily extended.

图像去噪的几篇论文。 望可以接纳。谢谢了。给大家参考参考哦-Image Denoising several papers. Hope will be accepted. Thank you. Oh for your information

使用C++编写的图形的源码-prepared by the use of C source graphics! !

微软XNA c#2005 3d图形导入，需要有xna的运行环境和c#的运行环境还需要directX-Microsoft backcross c# 2005 into 3d graphics, need xna operation and c# runtime environment also need directX