搜索资源列表
sharpen
- 数字图像处理中的平滑和锐化(边缘检测)。包括1、添加椒盐、高斯噪声。2对噪声污染的图像分别使用邻域平均法、中值滤波法、K邻近平均法进行平滑。3对一幅图像利用Roberts梯度法、Sobel算子和拉普拉斯算子进行锐化,并比较结果。附处理源图像和处理结果截图。 -Digital image processing smoothing and sharpening (edge detection). Including 1, add salt and pepper, Gaussian noise.
OK
- 图像边缘检测,并求面积,通过比较面积的大小,判断检测的图片是否有压痕-Image edge detection, and for size, by comparing the size of the area to determine whether there is any detection of indentation picture
ruzon.tar
- 指南针边缘检测算法是当前质量最高的边缘检测方法,比CANNY算子效果还要好。具有边缘定位准确,边连续,完整的特点。程序能够得到每一个像素的边的朝向,有利于做进一步的优化应用,例如图像分割等。具体算法过程可参考斯坦福大学麦克博士发表的论文。主要思路就是以每个像素为中心,像罗盘一样转动边,一直找到两边差异最大的朝向。最后把所有的最优朝向连起来成为边缘。 代码用VC驱动,核心部分用matlab编写-Compass edge detection algorithm is currently the
matlab-susan
- 图像处理中,一种新的边缘检测,特征点提取方法,算法经过测试,可以运行,对医学图像处理的人有帮助-Image processing, a new edge detection, feature point extraction method, the algorithm has been tested, you can run on the medical image processing to help the people
gauss_Homomorphic_filter
- 高斯高通同态滤波器增强照度不均图像,canny算子边缘检测-gauss high Homomorphic filter enhance non-umiformly illuminated image,Canny edge detector.
csharp
- c#数字图像处理算法典型实例源码,内部包括图像分割,边缘检测,颜色变换,图像压缩,灰度处理,滤波,平滑等算法实现,非常实用。源码编译、运行正常。-c# typical examples of digital image processing algorithms source code, internal, including image segmentation, edge detection, color conversion, image compression, gray scale p
matlab
- 基于MATLAB-GUI图形界面的数字图像处理软件 本系统设计基于GUI图形界面,用matlab语言编写代码,实现功能包括图象的读取、存储、显示、直方图均衡化、阈值化、小波分解、小波重构、加噪、去噪、平滑、锐化、边缘检测、图像分割等-MATLAB-GUI graphical user interface based on digital image processing software of the system design is based on GUI graphical interfa
gauss_Homomorphic_filter
- 利用高斯高通滤波器对图像做同态滤波,对不均匀照度图像进行图像增强;利用CANNY算子对目标边缘检测-Using of gauss high filter and homomorphic filtering, solve the problem of uneven illumination Canny edge detector.
edge_detector
- Roberts算子,Prewitt算子,Sobel算子,Marr算子,Canny算子之一对输入图像 实现边缘检测,输出边缘图像并与matlab自带函数实现进行对比-Roberts operator, Prewitt operator, Sobel operator, Marr operator, Canny operator to achieve one of the input image edge detection, the output edge image and bring th
linkedge
- 图像处理中用于边缘检测图像的边缘连接和边缘拟合的代码-link edge
snake
- 利用snake算法实现数字图像的边缘检测,图像分割以及特征提取-Snake algorithm using digital image edge detection, image segmentation and feature extraction
Visual C++ for image processing -v2
- 《 Visual C++数字图像处理(第二版)》一书源代码 该书主要讲述如何使用Visual C++进行数字图像处理。全书共11章,分别介绍了图像的点运算、几何变换、正交变换、图像增强、腐蚀算法、膨胀算法、细化算法、边缘检测与提取、轮廓跟踪、图像分析、图像复原和图像的压缩编码技术,对每种常用的数字图像处理方法,本书都提供了完整的源代码。 本书内容丰富,叙述详细,实用性强,适合于数字图像处理工作者阅读参考。- How "Visual C Numeral Picture Processing (Se
lapulasi
- 图像处理之---拉普拉斯锐化(边缘检测)---- Laplacian sharpening (edge detection)
ImageProcessingTest
- 能实现载入图像,然后对图像进行模糊、锐化、边缘检测等功能。-To achieve loading images, and then on the image blurred, sharpening, edge detection and other functions.
fifteen
- 第十五章 图像分析 15.1 边缘检测 15.1.1 微分算子 15.1.2 Log算子 15.1.3 Canny 算子 15.2 四叉树分解 15.2.1 四叉树分解 15.2.2 四叉树 MATLAB 函数 -Chapter XV 15.1 edge detection image analysis 15.1.1 Differential Operators 15.1.2 Log Operator 15.1.3 Canny operator 15.2
eagedetectandfigureoperate
- 图像边缘与轮廓运算包括 // RobertDIB() - robert边缘检测运算 // SobelDIB() - sobel边缘检测运算 // PrewittDIB() - prewitt边缘检测运算 // KirschDIB() - kirsch边缘检测运算 // GaussDIB() - gauss边缘检测运算 // HoughDIB() - 利用Hough变换检测平行直线 // ContourDIB() - 轮廓提取 // Trace
AutomaticImageDeWeatheringUsingCurveletBasedanishi
- 用曲波变换点边缘检测实现自动恢复受天气影响的图像-Qu Bo transformation point with edge detection for automatic restoration of images affected by the adverse weather
LhfImage2
- 图像各种边缘检测算子的比较,包括介绍了四种边缘检测算子包括Roberts边缘检测算子、Sobel边缘检测算子、Prewitt边缘检测算子和高斯—拉普拉斯边算子-Image a variety of edge detection operator of comparison, including the introduction of the four edge detection operator, including Roberts edge detector, Sobel edge dete
log
- 应用log算法进行图像的边缘检测,log算法是一种基于灰度值的二阶导数来进行边缘检测的,通过检测零点来进行边缘检测-Application log algorithm for image edge detection, log-based algorithm is a gray value of the second derivative for edge detection, by detecting zero for edge detection
waveletanalysisandapplication
- 小波分析及其应用,详细介绍了小波变换原理和基本方法,还重点介绍小波变换在语音和图像处理、信号检测、多尺度边缘提取等领域的应用。-Wavelet analysis and applications, described in detail wavelet transform principles and basic methods, but also focuses on Wavelet Transform in the voice and image processing, signal det