搜索资源列表
test2
- 计算机视觉处理高级程序包，实现了摄像机标定、立体匹配视差图、基于SSD算法的立体匹配、人脸模式识别、Snake算*廓查找功能。-High-level visual processing computer package, to achieve a camera calibration, stereo matching disparity map, SSD-based stereo matching algorithm, face pa
biaoding
- 高精度立体视觉测量中一种通用的摄像机标定技术。可作为参考-High precision measurement stereo vision a general camera calibration technique
cvut_test
- opencv 实现摄像机标定，为立体匹配与三维重建打下了基础。-Opencv realizes the camera calibration,it sets a foundation for stereo matching with the 3 d reconstruction
biaoding
- 双目立体视觉标定的文章，包括原理、步骤和实验看过，不错-shuangmulitishijuebiaoding
opencv_eyes
- opencv中双目立体视觉标定矫正求视差-opencv binocular stereo vision calibration correction request parallax
SingleCalib
- 单目视觉的恢复，摄像机标定，投影仪标定，以及立体恢复-The recovery of monocular vision, camera calibration and projector calibration, and three-dimensional recovery
machine-vision-calibration-
- 立体视觉标定程序，可作为机器视觉编程参考-Three-dimensional visual calibration procedures can be used as machine vision programming reference
cknew
- 本人毕业设计程序，实现了从双摄像头采集，立体视觉标定，对特定目标进行跟踪，并通过串口发送数据对机器车-I graduated from the design process, collected from the two-camera stereo vision calibration, and tracking of specific target, and send data through the serial port on t
Robot(OpenNIPKinect)
- 我们把Kinect相机作为3D测量设备来分析，试验性的研究深度测量分辨率和错误属性，并将Kinect与SLP相机和一个3D-TOF相机就立体重建的准确性做定量比较。我们提出了Kinect几何模型、Kinect相机的标定步骤和Kinect 3D测量的准确标定流程。我们展示了Kinect标定的功能-通过将它融入到一条SfM Pipeline中，在这里从动态的Kinect相机获得的3D测量数据通过计算彩色相机中与之相匹配的位姿被变换到普通
camara-calibration
- 摄像机标定的matlab工具箱，里面有关于单个摄像机标定和立体摄像机标定的matalab程序，网上有专门的文档说明。-Camera calibration of matlab toolbox, and there are about a single camera calibration and stereo camera calibration of matalab program, online have special docum
MyStero_vision
- 双目视觉测距，包括摄像机标定，立体匹配等功能-Binocular vision ranging, including camera calibration, stereo matching function
OpenCV-double-camera
- 基于VS和OpenCV开发的立体双目标定和景深测距 算法程序-Three-dimensional development and depth ranging detect by based on VS and OpenCV
opencv-camer
- opencv摄像机标定，双目立体视觉的标定方法-opencv camera calibration
TOOLBOX_calib
- 标定工具箱，可以完成立体视觉中对单目和双目摄像机的参数标定-Calibration Toolbox，It can be completed on stereo vision monocular and binocular camera calibration parameters。
stereovision
- 双目立体视觉的图形匹配与视差求解，实现摄像头的标定。-This example shows how to compute the depth map between two rectified stereo images. See the Image Rectification ExampleImage Rectification Example to learn about
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
stereo-rectify
- 双目视觉中标定的参数对双目镜头进行立体校正，可以得到极线校正。-The binocular vision calibration parameters for stereo calibration of the binocular cameras, can get very line correction.
3D_stereo
- 包含双目摄像机标定，棋盘图像矫正，立体像对校正，立体匹配，三维重建模块。然后用OpenGL显示重建效果，并可以通过键盘方向键旋转。-Including binocular camera calibration, board image correction, stereo image pair correction, stereo matching, 3D reconstruction module. And then use the
shuangmubiaoding
- 双目相机标定,和立体匹配，能够同时标定两个相机-A binocular camera calibration and stereo matching
monocular_camera_calibration
- 相机标定 单目相机 可以通过左右相机分别标定最终得到立体相机内外参数(camera calibration. monocular camera)