资源列表
nerve_ode
- this program modeling the biological ce-this program modeling the biological cell
Hough_circle_detect
- hough变换检测圆,可以直接拿来用,适用于虹膜定位及其他检测圆的场合。-hough transform circle detection, can be directly used for detection of circular iris localization and other occasions.
dwt4
- 利用小波变换DWT来实现图像水印处理的matlab程序-Image watermarking program
DWT2
- 利用离散小波变换DWT实现关于图像水印处理方面的功能-Image watermarking program
NESTA_v1.1
- MRI reconstruction from Partial fourier coefficients based compressed sensing
abnormalhue
- 通过异常色调率的计算来进行图像人为区域模糊检测-By abnormal tone image area blur detection rate
shiyan
- 用于植物叶片分类的图形界面,是Matlab源码,用BP神经网络实现-For plant leaf classification graphical interface, the Matlab source code, using BP neural network
yasuo
- 分割点云,并通过局部拟合求取法向量,实现点云压缩-Split point cloud, and through local fitting strike normal vector of point cloud compression
Poisson
- 首先产生高斯分布,然后通过变换产生泊松分布的随机数,并画出概率密度函数的直方图-First, a Gaussian distribution, and then transform Poisson distributed random number generation, and draw a histogram of the probability density function
SIFT-matlab
- SIFT算法大致有四个步骤: 1,尺度空间极值检测。在尺度空间通过高斯微分函数来检测潜在的对于尺度和旋转不变的兴趣点。 2,关键点定位。在兴趣点位置上,确定关键点的位置和尺度。 3,方向确定。基于图像局部的梯度方向,给每个关键点分配方向。 4,关键点描述。在每个关键点的领域内测量图像局部的梯度。最终用一个特征向量来表达。 -SIFT算法大致有四个步骤: SIFT algorithm has four steps: 1,尺度空间极值检测。在尺度空间
criminisi-source-code
- 这是个criminisi算法的源码,可以对图像进行相应的修补。效果很好。-This is a criminisi algorithm source code, images can be appropriate patch. With good results.
segmentation
- 数字图像分割,主要是实现小鼠的肾脏CT图像分割。该程序为实现左肾的分割,分割右肾的程序与之类似。 -Digital image segmentation, mainly to achieve mouse kidney CT image segmentation. The program for the realization of the left kidney split, split right kidney procedure is similar.