资源列表
cannyfinal1
- MATLAB中canny算子边缘提取源程序，经过小改动-MATLAB in the canny edge detection operator source, after minor changes
matdft
- 离散傅立叶变换函数 Program to compute DFT coefficients directly-Discrete Fourier Transform function Program to compute DFT coefficients directly
DIP_System
- 图像处理代码，可以实现各种锐化，分割，变换等，很适合学习图像处理的新手了解算法-Image processing code, can achieve a variety of sharpening, segmentation, transform, etc., it is suitable for novices to learn to understand the image processing algorithm
pyramid
- 这是一个基于金字塔的图像区域分割的源代码，很有用，用VC++编写。-This is a pyramid-based image region segmentation of source code, very useful, with VC++ Prepared.
lowpass2
- 为了方便，在m文件中将图像转化成数据矩阵了，不需要额外的图片了，如果想改变图像，则可以将数据删除，改成图片即可。 此GUI功能是：通过滚动条改变截断半径，同步在文本框中显示截断半径大小（也可以直接在文本框中输入所要的截断半径），按Begin,观察图像的低通滤波效果。（截断半径越小，得到的频率越少，图像越模糊，失真越严重）。-In order to facilitate, in the m document images into data matrix, and no addit
FinalData-v2.01
- 恢复硬盘最后数据的时间代码,找回源数据文件的内容-To restore the hard disk the last time code data, retrieve the contents of the source data files
dicomread
- Dicom 文件阅读与处理 医学图形图像处理的基本程序-DICOM file reading and processing of medical image processing graphics basic procedures
txxA
- 计算机图形学的考试试卷，后附客观题答案。 试卷分为判断、单选、简答、问答。 -Computer Graphics of the examination papers, followed by an objective answer questions. Paper is divided into judge, radio,简答, quiz.
noise
- 添加噪声与平滑降噪,平滑降噪可采用定制的模板做滤波运算（就是卷积运算）来获得中心像素的新值，也可以对指定大小的邻域进行某些运算作为中心像素的新值.-Add noise and smooth noise reduction, smoothing noise reduction can be customized templates so filtering operation (that is convolution operation) to receive the new pixel valu
genetic_lunwen
- 我从学校下载的有关遗传算法图像分割的论文，提供大家下载-I downloaded from the school on the genetic algorithm image segmentation papers, providing you download
camshiftdemo
- opencv目标跟踪对于进行opencv计算机视觉开发的朋友有很高的参考价值。--opencv target tracking is fundamental to the development of computer vision opencv friend has high reference value.--
dtgz
- opencv目标跟踪对于初学opencv计算机视觉开发的朋友很有参考价值。-opencv target tracking opencv computer vision for the beginner to develop valuable friend.