资源列表
Demo_CS_IHT
- 基于Matlab编写ct图像的IHT压缩感知算法代码-Ct prepared image-based compressive sensing algorithm code Matlab IHT
hu_invariable
- hu不变矩,主要用于对一些图像的不变距特征的提取。-hu invariant moments, mainly used for the extraction of some of the images the invariant features.
isrgb
- 新版matlab 中缺少的isbw.m,找了挺久的才找到，旧版才有-new version of matlab s lacking isrgb.m
TVAL3_beta2.4
- TVAL3算法是基于增广拉格朗日法和交替方向法的全变分最小化算法。TVAL3算法是在最小全变分法的基础上，结合了增强型拉格朗日函数和交替最小化方法。通过交替最小化方法寻找增强型拉格朗日模型的最小值，再由最速下降法进行迭代，更新拉格朗日乘子。-TVAL3: TV minimization by Augmented Lagrangian and ALternating direction ALgorithms.The TVAL3 algorithm is based on the minimu
ant128
- 比较好的图像边缘检测的代码，主要是基于蚁群算法的，程序运行过，适合初学者学习！-Good image edge detection code, mainly based on ant colony algorithm, the program runs too, for beginners to learn!
wfc_optics_20140416
- 用点扩散函数psf对波前编码系统产生的模糊图像进行复原得到清晰图像-use the PSF of wavefront coding system to restore its blurred image
Lu_BFS_15
- 基于背景和前景种子选择的显著性检测，文章和代码-Saliency detection via background and foreground seed selection
SimpleMKL
- 很经典的一个多核学习程序SimpleMKL，包括对应的文章和demo程序，可以很容易学习和上手MKL的原理和应用！-A classic learning program multicore SimpleMKL, including the corresponding articles and demo program that makes it easy to learn and to use the principles and applications of MKL!
guangbanzhongxintiqu
- 本程序主要实现暗背景下含高斯噪声的光斑滤除噪声，实现光斑中心提取。采用了sobel算子和梯度倒数加权滤噪、最大类间方差法（Otsu）确定阈值、质心法提取光斑中心坐标。-The program is mainly realized under a dark background Gaussian noise spot containing noise filtering, to achieve spot center extraction. Using sobel operator and gra
repairing-meshes
- 关于三角网格stl模型处理的一些算法，包括三维重建、网格处理、网格优化、孔洞修补等的详细代码-Some algorithms on triangular mesh stl model processing, including reconstruction, meshing, mesh optimization, repair holes and other details of the code
CLG-TV-matlab
- CLG光流算法代码，包含误差分析，TV算法经典-CLG optical flow algorithm code, including error analysis, TV classic algorithm
slant-correctaperspective-project
- 此程序用于图像的倾斜校正，将经过矫正的图片透视投影，能很好的运行，请大家试用，有问题探讨哦。-This program is used for image skew correction, will be after correction of perspective projection images, can be a very good run, please try and have a problem to explore.