资源列表
display-the-loaded-images
- OpenCV中用于显示载入的图片，图片内容需要作者自行更改-OpenCV used to display the loaded images, images of content needs to make changes
Mouse-Drawing
- 鼠标绘图，用鼠标在载入的图像上任意绘图,图片与鼠标颜色可改动-Mouse drawing with the mouse on the image loading any graphics, pictures and colors can be altered mouse
GrabCutGUI
- 基于OpenCV的GrabCut的GUI程序。注意，先选择图像区域，然后左键标示出外部的内容，右键标示出内部的内容。回车键开始迭代。-GrabCut OpenCV based GUI program. Note, first select the image area, and then left mark the external content, right marked out the contents inside. Enter to start the iteration.
12864
- 12864液晶显示屏使用部分代码 知识器件的简单应用 不全 望见谅-12864 LCD display devices using some code a simple application of incomplete knowledge hope forgive me
17-LCD(12864)
- lcd 液晶显示屏设计资料和出厂简单应用实例 适合毕业设计-lcd LCD display design data and factory design simple application for graduation
old_lee_filter
- 实现了极化SAR的lee滤波，用于对极化图像进行分类，识别-Achieve a polarimetric SAR filter lee, polarization images for classification, identification
Contourlet-HMT
- 基于 系数分布统计特性，结合隐马尔可夫树模型和贝叶斯准则提出一种新的图像分割算法 -Based on statistical properties of the distribution coefficient combined with hidden Markov tree model and Bayesian guidelines propose a new image segmentation algorithm
NSCTPCNN
- 提出了一种新的基于非下采样轮廓波ＮＳＣＴ和脉冲耦合神经网络ＰＣＮＮ相结合的自适应图像融合方法．对已经配准的源图像进行ＮＳＣＴ分解得到低频子带系数和不同方向的高频子带系数．对ＮＳＣＴ分解的低频部分采用简单的加权平均融合规则-Proposed a new profile based on non-downsampling wave NSCT and PCNN PCNN combining adaptive image fusion method. Which has been the source
HMT
- 针对含噪图像增强问题, 提出一种基于小波域三状态隐马尔可夫树模型的方法 -For noise image enhancement problems, and puts forward three state based on wavelet domain hidden markov tree model method
houghcircles_vs10
- 图形检测，hough变换检测直线、圆、椭圆。-Pattern detection, hough transform to detect straight line, circle, ellipse.
NSCT
- 该文基于非下采样Contourlet变换(NSCT)和SAR图像的统计特性，提出一种SAR图像增强方法，给出一种基于非下采样塔型分解的斑点噪声方差估计算法和一种基于方向邻域模型的弱边缘增强算法-Based on nonsubsampled Contourlet transform and SAR image statistical property, a SAR image enhancement method is proposed. A speckle noise variance esti
HW4
- 基于C++MFC下的，已知起始角度与终止角度，圆心，半径下画任意圆弧的算法实现-Based C++MFC under, known starting point and ending point, circle, arc radius painting arbitrary algorithm