搜索资源列表
litipipei
- 立体图像对编码的MATLAB实现程序。包含了匹配跟小波变换2种算法,经过调试,可以使用。且效果很好。-stereo image pairs of MATLAB coding procedures. Included with the matching two kinds of wavelet transform algorithm, after debugging, can be used. And the results very g
CUDA_Match
- 基于NVIDIA CUDA GPU计算开发环境的双目视觉匹配程序,用于立体视觉的识别,同时可用于三维重建。主要算法在显卡上进行,需要NVIDIA的支持CUDA的显卡-NVIDIA CUDA GPU-based computing development environment to match the binocular vision procedures, for three-dimensional visual recognitio
steromatch
- 这是一个基于图像角点检测并结合奇异值分解实现立体图像中角点匹配的算法。-This is an image corner detection based on singular value decomposition in combination to achieve three-dimensional image corner point matching algorithm.
StereoRegion
- 为了执行的立体视差估计算法的区域匹配方法由全局最小的平滑误差能量函数-To the implementation of the disparity estimation algorithm area matching the global minimum energy function of the smoothing error
Ransac
- RANSAC为RANdom SAmple Consensus的缩写,它是根据一组包含异常数据的样本数据集,计算出数据的数学模型参数,得到有效样本数据的算法。它于1981年由Fischler和Bolles最先提出[1]。 RANSAC算法经常用于计算机视觉中。例如,在立体视觉领域中同时解决一对相机的匹配点问题及基本矩阵的计算。 RANSAC算法的基本假设是样本中包含正确数据(inliers,可以被模型描述的数据),也包含异常数据(
SAD
- SAD算法,是在双目立体视觉中,求左右图对匹配深度图-SAD algorithm binocular stereo vision, seeking around the map match the depth map
SADPDP
- SAD+DP算法,是在双目立体视觉中,求左右图对匹配深度图-Algorithm SAD+DP, binocular stereo vision, seeking around map match the depth map
SSD
- SSD算法,是在双目立体视觉中,求左右图对匹配深度图-SSD algorithm binocular stereo vision, seeking around the map match the depth map
ransac
- ransac工具包,可用它在图像匹配时剔除无匹配点对,RANSAC算法经常用于计算机视觉中。例如,在立体视觉领域中同时解决一对相机的匹配点问题及基本矩阵的计算。-ransac tool kit
7933705
- 立体匹配的算法,用于图像处理 推荐给大家学习用-Stereo matching algorithm for image processing is recommended for everybody to learn
Stergo__recommended__matching
- 立体匹配的算法,用于图像处理 推荐给大家学习用-Stereo matching algorithm for image processing is recommended for everybody to learn
exha
- 立体匹配方面的文章,介绍了一种新的匹配算法,以及实验结果,英文版()
RANSAC-Toolbox-master
- RANSAC算法经常用于计算机视觉中。例如,在立体视觉领域中同时解决一对相机的匹配点问题及基本矩阵的计算。(RANSAC algorithms are often used in computer vision. For example, in the field of stereoscopic vision, a matching problem of a pair of cameras and a calculation of a
RANSAC
- RANSAC算法经常用于计算机视觉中。例如,在立体视觉领域中同时解决一对相机的匹配点问题及基本矩阵的计算。(RANSAC algorithms are often used in computer vision. For example, in the field of stereoscopic vision, a matching problem of a pair of cameras and a calculation of a
Raw images based
- SAD 算法 用于立体视觉匹配,可以看到结果(SAD algorithm For stereoscopic vision matching, the results can be seen)
双目立体视觉源代码
- 双目立体视觉中的深度估计算法,包括匹配代价,优化算法等(Depth estimation algorithm in binocular stereo vision, including matching cost, optimization algorithm and so on.)
SGM
- 立体匹配SGM算法matlab实现,包括图像预处理,census特征计算、4条扫描线代价聚合、亚像素求精等后处理步骤(Matlab implementation of stereo matching SGM algorithm, including image preprocessing, census feature calculation, four scanning line cost aggregation, sub-pixel