搜索资源列表
TOOLBOX_calib
- 基于matlab软件，实现双目视觉原理的摄像机标定，能根据各视场图像求内、外部参数。gui界面
smbd
- matlab双目视觉标定程序研究图像配准的可以用这个
3D
- 基于激光扫描的人脸软组织三维重建研究,采用激光对人脸进行扫描!-Based on laser scanning of the human face three-dimensional reconstruction of soft tissue using laser scanning for facial!
StereoRegion
- 利用matlabde实现双目立体视觉中，对应图像对的深度信息的获取 （区域匹配算法实现）。-Use of matlab binocular stereo vision, corresponding to the depth of the image information
Stereo1
- 双目立体视觉，基于matlab，适合新手看看，比较简单-Stereoscopic vision, based on matlab, suitable for novice to see
toolbox_calib
- matlab标定工具箱 用于matlab的双目视觉的标定，-stereo cablication by matlab ,a matlab cablicate toolbox
Tsai
- 基于matlab软件，实现双目视觉原理的摄像机标定，能根据各视场图像求内、外部参数.-Matlab-based software, the realization principle of binocular vision camera calibration, according to the requirements of each image within the field of view, the external parameters.
harrispipei
- 用matlab语言，双目视觉的原理用harris来提取并用rancse匹配-Matlab language, binocular vision and principles used to extract harris match with rancse
rectify_lut
- matlab版本的双目立体视觉的图像基线校正参数，输入摄像机的外参，输出两幅图像对应像素校正前后的映射-Mapping matlab version of binocular stereo vision image baseline correction parameters, external reference input of the camera, the corresponding pixel in the output of the two images before and aft
stereo_calib
- 基于MATLAB编写的立体相机标定程序，能实现双目和三目立体相机的标定-MATLAB prepared based stereo camera calibration procedures, calibration can be achieved binocular and trinocular stereo cameras
极限约束
- 能实现出来的极限约束，用来计算机视觉中的双目标定的下一步。在MATLAB中进行标定并且读取摄像机参数，然后进行图像处理，再极限约束(A limit that can be achieved)
toolbox_calib
- 使用MATLAB实现双目相机标定的工具箱(Using MATLAB to achieve binocular camera calibration toolbox)
MATLAB实现双目校准
- 完全利用MATLAB实现双目校准。其中分为公式法和直接法。其中直接法，是将校准数据保存为数组，直接调用。内有详细文档介绍。(Complete use of MATLAB to achieve binocular calibration. It is divided into formula method and direct method. The direct method is to save the calibration data as an array and call it dire
视差图完整
- 对双目视觉处理的图像通过获取相机的内外参数后得出视差图，而后方便得到深度图等(The binocular vision processing image is obtained by obtaining the camera's internal and external parameters, and then the disparity map is obtained, and then the depth map is obtained.)
视差图程序
- 通过获取摄像机内外参数获得双目视觉处理图像，得到视差图，得到深度图。(The binocular vision processing image is obtained by obtaining the camera's internal and external parameters, and then the disparity map is obtained, and then the depth map is obtained.)
新建文件夹
- 对于MATLAB双目视觉处理中，通过前期获取摄像机参数等后制成深度图。(For MATLAB binocular vision processing, we can get the depth map after obtaining camera parameters in the early stage.)
视差图程序
- 对于双目视觉处理中，对于已经标定好都后的系统，处理左右目的图像，形成视差图。(For binocular vision processing, for the system that has been calibrated, the left and right target images are processed to form disparity map.)
视差图代码2
- 对于双目视觉处理中，对于已经标定好后的系统，进行处理左右目的图像，完成立体匹配，形成视差图。(For binocular vision processing, for the system that has been calibrated, the left and right target images are processed to form disparity map.)
matlab实现SAD立体匹配代码
- matlab实现SAD立体匹配代码，自带双目图片与标准视差，matlab2018下课运行