文件名称:MySiftCode(Matlab)
介绍说明－－下载内容均来自于网络，请自行研究使用
本代码是用来检测图像的局部不变特征的，主要参考DAVID G. LOWE的sift的论文。变成工具是matlab。-This code is used to detect the image of local invariant features, the main reference DAVID G. Lowe s sift paper. Become a tool is Matlab.
(系统自动生成,下载前可以参看下载内容)
下载文件列表
MySiftCode(Matlab)\modify\add_descriptors_to_database.m
..................\......\display_keypoints.m
..................\......\einstein.pgm
..................\......\empty_descriptor_database.m
..................\......\find_nearest_neighbours.m
..................\......\fit_robust_affine_transform.m
..................\......\gaussian_filter.m
..................\......\get_linear_index.m
..................\......\get_multiple_indices.m
..................\......\hough.m
..................\......\imWarpAffine.m
..................\......\pgmread.m
..................\......\read_keypoint_file.m
..................\......\read_lowe_keypoints.m
..................\......\resizeImageFig.m
..................\......\SIFT.m
..................\......\siftdemo.m
..................\......\SIFT_from_cache.m
..................\......\write_keypoint_file.m
..................\original\add_descriptors_to_database.m
..................\........\display_keypoints.m
..................\........\empty_descriptor_database.m
..................\........\find_nearest_neighbours.m
..................\........\fit_robust_affine_transform.m
..................\........\gaussian_filter.m
..................\........\get_linear_index.m
..................\........\get_multiple_indices.m
..................\........\hough.m
..................\........\images\einstein.pgm
..................\........\imWarpAffine.m
..................\........\pgmread.m
..................\........\read_keypoint_file.m
..................\........\read_lowe_keypoints.m
..................\........\resizeImageFig.m
..................\........\SIFT.m
..................\........\siftdemo.m
..................\........\SIFT_from_cache.m
..................\........\write_keypoint_file.m
..................\modify\images
..................\original\images
..................\modify
..................\original
MySiftCode(Matlab)
..................\......\display_keypoints.m
..................\......\einstein.pgm
..................\......\empty_descriptor_database.m
..................\......\find_nearest_neighbours.m
..................\......\fit_robust_affine_transform.m
..................\......\gaussian_filter.m
..................\......\get_linear_index.m
..................\......\get_multiple_indices.m
..................\......\hough.m
..................\......\imWarpAffine.m
..................\......\pgmread.m
..................\......\read_keypoint_file.m
..................\......\read_lowe_keypoints.m
..................\......\resizeImageFig.m
..................\......\SIFT.m
..................\......\siftdemo.m
..................\......\SIFT_from_cache.m
..................\......\write_keypoint_file.m
..................\original\add_descriptors_to_database.m
..................\........\display_keypoints.m
..................\........\empty_descriptor_database.m
..................\........\find_nearest_neighbours.m
..................\........\fit_robust_affine_transform.m
..................\........\gaussian_filter.m
..................\........\get_linear_index.m
..................\........\get_multiple_indices.m
..................\........\hough.m
..................\........\images\einstein.pgm
..................\........\imWarpAffine.m
..................\........\pgmread.m
..................\........\read_keypoint_file.m
..................\........\read_lowe_keypoints.m
..................\........\resizeImageFig.m
..................\........\SIFT.m
..................\........\siftdemo.m
..................\........\SIFT_from_cache.m
..................\........\write_keypoint_file.m
..................\modify\images
..................\original\images
..................\modify
..................\original
MySiftCode(Matlab)