资源列表
CMatch
- 轮廓匹配，基于给定模板，可以在一定复杂环境下实现对目标的检测，对于一定程度的放大、缩小、平移、旋转都具有良好的检测效果-Contour matching. Based on template image, object in a certain complex environment with a certain degree of amplification, reduction, translation and rotation could be match in high accura
RVM-hyperspectral
- 基于相关向量机的高光谱图像分类算法，functions中是用到的函数，另一个文件夹是主程序。-RVM hyperspectral image classification algorithm, functions are functions used, another folder is the main program.
traffic-sign-detection
- 使用matlab对交通标志进行定位，以及识别，简单易懂-The use of MATLAB on traffic signs for positioning, as well as identification, easy to understand
Hu_MV_Nicolas
- 使用MATLAB语言，对图像进行hu不变矩的特征提取及识别代码，以及实验数据库，很全的- 使用MATLAB语言，对图像进行hu不变矩的特征提取及识别代码，以及实验数据库，很全的 The use of MATLAB language, the image of the Hu moment invariant feature extraction and identification code, as well as the experimental
EA-SRC
- 利用超限学习机（ELM）和稀疏表示(SRC)进行图像分类。Matlab完整源码。-Extreme learning machine and adaptive sparse representation for image classification
aam-matlab
- ASM算法 MATLAB源代码 人脸特征点定位的目的是在人脸检测的基础上，进一步确定脸部特征点（眼睛、眉毛、鼻子、嘴巴、脸部外轮廓）的位置。定位算法的基本思路是：人脸的纹理特征和各个特征点之间的位置约束结合。-The purpose of the facial feature point positioning is to further determine the position of the facial feature points (eye, eyebrows, nose, mou
gabor_decon
- 基于Gabor 变换的地震反褶积正反变换程序，以及和维纳反褶积的对比程序 -Gabor transform based on seismic deconvolution forward and reverse transform procedures, and the Wiener deconvolution of the comparison program
BP神经网络实现手写数字识别matlab实现
- 可以实现手写数字识别，值得学习，很好的源代码。(Handwritten digital books can be realized)
人脸识别+基于linux+opencv
- 在Qt开发环境 应用opencv实现人脸识别。(Application of OpenCV to face recognition in Qt development environment.)
igesout
- matlab产生iges文件 将图形导出为igs格式的文件，方便导入ansys和SolidWorks等(make iges project .it a very good function for you to link matlab and ansys or solidworks)
图像去雾
- 图像去雾、MATLAB、demo、暗通道、模糊去雾、实时去雾等(Image to fog, MATLAB, demo, dark channel, fuzzy to fog, real-time fog and so on)
ASM & AAM
- 利用aam/asm算法进行手势识别的例程，含MATLAB源码(Using aam/asm algorithm for hand gesture recognition routines, including MATLAB source code)