▍1. DLT
基于visual c++平台,相机标定方法中的直接线性变换方法,即DLT方法(Based on visual c++ platform, camera calibration method of direct linear transformation method, namely DLT method)
基于visual c++平台,相机标定方法中的直接线性变换方法,即DLT方法(Based on visual c++ platform, camera calibration method of direct linear transformation method, namely DLT method)
一个很好类子来说明类模板的使用,可以比较明了类模板的使用方法,最好进行单步调试(use of class template )
一个很好类子来说明类模板的使用,可以比较明了类模板的使用方法,最好进行单步调试(use of class template )
1.打开左右两张影像2.Harris算法提取同名点3.显示提取同名点(若要进行下一步匹配则不建议显示,这里只是用于查看是否提取出)4.相关系数匹配(只在找出的同名点内匹配)5.LSM最小二乘匹配(先进行粗匹配,再精匹配)(1 Open the left and right images 2.Harris algorithm to extract two tie points 3 shows the extraction of corresponding points (not recommended to proceed to the next match show, here is used to see if extracted) 4. Correlation coefficient matching (just looking match within a point of the same name) 5.LSM least squares matching (rough first match, then fine match))
1.打开左右两张影像2.Harris算法提取同名点3.显示提取同名点(若要进行下一步匹配则不建议显示,这里只是用于查看是否提取出)4.相关系数匹配(只在找出的同名点内匹配)5.LSM最小二乘匹配(先进行粗匹配,再精匹配)(1 Open the left and right images 2.Harris algorithm to extract two tie points 3 shows the extraction of corresponding points (not recommended to proceed to the next match show, here is used to see if extracted) 4. Correlation coefficient matching (just looking match within a point of the same name) 5.LSM least squares matching (rough first match, then fine match))
基于VisualC_和DCMTK的医学DICOM图像显示与调窗,同时在MFC 下完成鼠标拖动进行窗宽/窗位的调节(Medical image of DICOM VisualC_ and DCMTK display and window based on, at the same time in MFC complete the mouse to drag the window width/window regulator )
基于VisualC_和DCMTK的医学DICOM图像显示与调窗,同时在MFC 下完成鼠标拖动进行窗宽/窗位的调节(Medical image of DICOM VisualC_ and DCMTK display and window based on, at the same time in MFC complete the mouse to drag the window width/window regulator )
N年前上数字图像课时写的实验报告和程序,用滤波反投影(Filter Back Project,FBP)法重建图像。(Report and source code for data image restore experiment, using FBP.)
N年前上数字图像课时写的实验报告和程序,用滤波反投影(Filter Back Project,FBP)法重建图像。(Report and source code for data image restore experiment, using FBP.)
任务:用BFS或是DFS对图进行搜索,实现任何拓扑不连通的块的计算,算法要求写在CBFSSearch类中 工程名:Project_BFS 要求:对于生成的任意拓扑,求出其分枝个数,并输出每个分枝的节点 (Task: Using BFS or DFS for searching the graph to achieve any topology unconnected blocks calculation algorithm requires written in CBFSSearch class project name: Project_BFS Requirements: for generating arbitrary topology, find the number of its branches, and output node of each branch)
基于meanshift算法的目标跟踪,主要是基于opencv车辆跟踪!!!程序当中进行简单的图像分割(Based on the meanshift algorithm of image segmentation and target tracking.)
基于meanshift算法的目标跟踪,主要是基于opencv车辆跟踪!!!程序当中进行简单的图像分割(Based on the meanshift algorithm of image segmentation and target tracking.)
该源码为目标检测和跟踪算法 包括: 1. 静态背景下的背景预测法目标检测 2. 静态背景下帧间差分法目标检测 3. Mean Shift目标跟踪方法 4. 重心多目标跟踪方法 (The source code for target detection and tracking algorithm include: 1 Static background background prediction target detection 2 Static background frame difference method for target detection 3. Mean Shift tracking method 4 multi-target tracking methods focus)
该源码为目标检测和跟踪算法 包括: 1. 静态背景下的背景预测法目标检测 2. 静态背景下帧间差分法目标检测 3. Mean Shift目标跟踪方法 4. 重心多目标跟踪方法 (The source code for target detection and tracking algorithm include: 1 Static background background prediction target detection 2 Static background frame difference method for target detection 3. Mean Shift tracking method 4 multi-target tracking methods focus)
自适应模板更新的粒子滤波实时跟踪算法_赖作镁.zip(Adaptive template updating particle filter for real-time tracking algorithm _ Ryan magnesium. Zip)
通过GDAL读取常用遥感影像,如img,tiff,可实现读取显示和雷达影像处理的一些基本算法(Read through GDAL common remote sensing images, such as img, tiff, read the display and radar can achieve some of the basic image processing algorithms)
通过GDAL读取常用遥感影像,如img,tiff,可实现读取显示和雷达影像处理的一些基本算法(Read through GDAL common remote sensing images, such as img, tiff, read the display and radar can achieve some of the basic image processing algorithms)
随着视频的播放进行眼球追踪,如果眼镜反光会影响正确率(eyeball tracking in video p.s. note that the reflection of glasses may influence the performance)
一种基于背景减法和帧差的运动目标检测算法(Based on background subtraction and frame difference moving target detection algorithm)