资源列表
LBP-SIFT-image-matching-algorithm-combined
- SIFT和旋转不变LBP 相结合的图像匹配算法(数字图像处理/图像匹配）-SIFT and LBP combined rotation invariant image matching algorithm (digital image processing/image matching)
实现图像匀光 MASK（马斯克）和Wallis匀光算法
- 实现图像匀光，实现了MASK（马斯克）和Wallis匀光算法(附带参考文献)。-Image dodging, the MASK and Wallis dodging algorithm (with references).
warping
- 使用Matlab实现的一个图像Warping的算法，通过指定需要进行Warping的点以及操作之后的位置，对图片进行扭曲变形，是图形图像处理的经典算法。-Implemented using the Matlab image Warping algorithm, Warping by specifying the need for operation after the point and the location of the distortion of the picture is the c
Bmp2Dcm
- 将BMP文件转换为DICOM格式，纯DELPHI编写，绝对可用-BMP files will be converted to DICOM format, DELPHI prepared pure, absolutely free
matlab
- 基于matlab的时频率分析工具箱，包括了小波变换，WVD，SPWVD等等好多的时频分析方法-Matlab-based time-frequency analysis toolbox, including a wavelet transform, WVD, SPWVD so many time-frequency analysis method
chap1_5 贝叶斯抠图
- 贝叶斯抠图，依次打开原图和trimap图，点抠图即可运行。绝对能够运行，另外就是有些调试信息没有去除，大家运行时不用理就行。再鄙视那些上传源码不完整的，浪费人感情！-Bayesian matting, and then click open the original image and the diagram, point matting to run. Definitely be able to run, the other is not some place debugging inform
GCBAC
- 基于活动轮廓模型的图割算法，实现图像的高效分割！非常好的代码。希望帮助大家！-Graph cuts based active contours which is used for image segmentation.Excellent source code!
Texture
- 用灰度共生矩阵对共生矩阵归一化和计算能量、熵、惯性矩、相关4个纹理参数。-On the symbiosis with the GLCM matrix normalization and calculation of energy, entropy, moment of inertia, related to four texture parameters.
tezheng
- 这是本人找到的非常好的几何特征提取源代码，包括周长。面积。伸长度、矩形度等用过了，很不错的！-This is my very best to find the source code for geometric feature extraction, including the perimeter. Area. Elongation, rectangular degree used, very good!
partical filter
- 关于用粒子滤波实现目标跟踪的MATLAB程序。-Target tracking code using particle filter in MATLAB.
minboundrect
- 使用matlab代码求出不规则区域所对应的最小外接矩形-find the smallest rectantangle of unregular region with matlab
sense
- 并行磁共振成像经典算法sense，很不错，对于研究并行磁共振成像绝对有帮助-New theoretical and practical concepts are presented for considerably enhancing the performance ofmagnetic resonance imag-ing (MRI) by means of arrays of multiple receiver coils.