资源列表
Defoging-based-on-hist
- 本算法为基于直方图均衡化的图像去雾算法的改进算法，在改进中利用了自己编写的改进全局直方图均衡化算法和内置的局部直方图均衡化函数分别进行图像去雾，最后对两者进行适当加权。同时改进算法中引进了明度参数进行加权计算得出另一种改进结果。-This algorithm is based on the image histogram equalization algorithm defogging improved algorithm, improving the use of their preparat
find-bottle
- 本算法核心思想是基于matlab中数组模拟队列的连通域的搜索，应用与对未满瓶子的检测-The core idea of this algorithm is to search an array matlab simulation queue connected domain, application and based on the detection of full bottles
To-get-work
- 本算法是采用频域滤波对工件进行提取。主要涉及到畸变校正，频域滤波消除网格，边缘提取，数学形态学等知识-This algorithm is a frequency-domain filter to extract the workpiece. Mainly related to the distortion correction, frequency domain filtering to eliminate the grid, edge detection, mathematical morph
bgslibrary_x86_v1.9.2
- bgslibrary_x86_v1.9.2,是MFC的实现文件，包含37种背景减除算法，对于做目标提取的研究非常有用。-The BGSLibrary was developed by Andrews Sobral and provides an easy-to-use C++ framework based on OpenCV to perform background subtraction (BGS) in videos.
MOG2_OPENCV2.4.9
- 经典背景减除方法，MOG2(或GMM)，从opencv2.4.9中单独提取出来的，经过实验调试通过的，可同其他背景减除方法结合或对比。-It is a typical background subtraction mathod, which is OpenCV 2.4.9. It was proposed by Zivkovic in 2014ICPR and proved effective.
CALIBRATION
- 自己编写的，C++编写的用于摄像机程序标定，包括图像匹配，棋盘特征点检测，内参数求解等。-this program is used for calibration.
CNN
- 卷积神经网络的c++ 实现版本，本文件主要供学习机器学习的同学使用，里面代码有详细注释-CNN matlab
toolbox_calib
- matlab 相机标定工具箱，版本日期为14-October-2015，toolbox_calib.zip-matlab camera calibration toolbox, version dated 14-October-2015, toolbox_calib.zip
GUIxingzhuang
- 基于电视台标的检测。识别。通过提取台标的形状信息来识别台标-Target detection based television. Identification. By extracting the logo shape information to identify the station logo
GLCM_Features1
- 灰度共生矩阵提取纹理特征量的程序，能够提取四种主要的特征量包括 能量 熵 对比度 相关性 以及他们的标准差 可以作为输入向量来识别分类图像-detect the features of texture based on GLCM
featuresmatch
- 特征匹配是指通过分别提取两个或多个图像的特征（点、线、面等特征），对特征进行参数描述，然后运用所描述的参数来进行匹配的一种算法-abtract the features of several images to judge their similarities
guanxingjujisuan
- 根据图像的灰度共生矩阵计算各种特征值如惯性值用于图像纹理分析-computing the feature values of an image to study its texture