搜索资源列表
PLRSource
- 瞳孔光反射的真实感模型，介绍了瞳孔光反射（PLR的）和一个iridal形变图像模式为基础的模式生理为基础的模式。 我们的PLR的模型把瞳孔直径表示成一个环境光的函数，并用一个延迟微分方程来描述。-Realistic model of the pupil light reflex, pupillary light reflex described (PLR) and a iridal deformation model based on the model image based on the
Differential-Invariants-for-
- 基于彩色图像的微分不变性算子，用于图像特征的提取，希望对您有用-Color images based on invariant differential operators for image feature extraction, hope useful for you
tv_curvelet
- 近几年的有关偏微分和多尺度几何变换结合去噪增强的一些经典论文。-In recent years, the relevant partial differential and multi-scale geometric transform some of the classic combination of edge enhancement thesis.
worm1
- 微分方程求解，样例，学习很有用处，很有帮助-useful useful useful useful useful useful useful useful useful useful useful useful useful useful useful useful
image-sharpening
- 像锐化的目的是加强图像中景物的边缘和轮廓。锐化的作用是要使灰度反差增强。因为边缘和轮廓都位于灰度突变的地方。所以锐化算法的实现是基于微分(差分)作用。-Like sharpening is to enhance the edges of the image and profile features. The role is to make the grayscale sharpening contrast enhancement. Because the gray edges and conto
wfjz
- 图形图像中的数字微分纠正的VB实现的程序代码-Graphic image of the digital differential rectification of the VB code to achieve
MATLAB_Program
- 偏微分用在图象处理上，几个源代码示例，包包括加强，什么的。-Partial differential used in image processing, several source code examples, including including the strengthening, or something.
motion_direction
- 将原图像看做是自相关及其功率谱是各向同性的一阶马尔可夫过程,采用基于方向微分的运动模糊方向鉴别方法，对运动模糊图像进行方向性的高通滤波(方向微分),当滤波方向为运动模糊方向时 ,由于此方向模糊图像对应的高频成分最少,高通滤波(方向微分)使模糊图像能量损失最大,得到的微分图像灰度值（双线性插值）之和必然最小.所以方向微分得到的图像灰度值之和中的最小值对应的方向即为运动模糊的方向-The original image as is the autocorrelation and power spect
toolbox_fast_marching
- fastmarching算法的matlab实现源码，对学习偏微分方程图像处理算法有很大帮助-Fastmarching algorithm to learn matlab source, partial differential equations are of great help image processing algorithm
Image-Processing-PDE
- 是基于偏微分方程的图像处理的附带光盘内容，希望对大家有用-Image Processing Partial Differential Equations CD-ROM
pde
- 该功能实现的是基于偏微分方程的集中平滑去噪函数，同时包括了4中扩散方法，大家可以参考一下-This feature is based on partial differential equations to achieve the concentration of smooth denoising function, also includes 4 diffusion method, we can refer to
Nonlinear-Matrix-Diffusion
- 这篇文献主要讲述的图像处理中的各向异性微分的基本原理-This literature focuses on image processing of anisotropy of the basic principles of differential
edge-detection-operation
- 用多种方法实现边缘检测、梯度锐化和微分运算-Using a variety of methods to achieve edge detection, gradient sharpening and differential operation
Image-processing-experiments
- Image processing experiments基本的图像处理实验。图形界面，实现了水平翻转,垂直翻转,图像旋转,灰度图像,单阈值二值化,双阈值二值化,非0置白法,孤立像素清除,3*3平均值滤波,N*N中值滤波,一阶微分,二阶微分,拉普拉斯变换,负像,缩小,放大,原始大小-Image processing experiments basic image processing experiments. Graphical interface to achieve a horizontal
image-seentation
- 基于偏微分的图像分割 分割效果不错！
Demirel123
- 边缘检测2008年提出的偏微分经典算法，Demirel检测.-2008 proposed edge detection algorithm for partial differential classical
imageEdgeDetect
- edge_detect.m : 图像边缘检测 其中使用 梯度算子边缘检测 : roberts算子、prewitt算子、Sobel算子、Canny算子 二阶微分算子法 : 拉普拉斯高斯算子、canny算子 lenna.bmp : 原始灰度图片 实验结果文件夹 ： 保存了实验过程中生成的图像和程序流程图-edge_detect.m: edge detection which uses the gradient operator edge detection:
Guy-Gilboa-PDE-based-Image-Filtering
- 基于偏微分的图像滤波-Guy Gilboa-PDE-based Image Filtering
weifenyunsuan
- 实现了对目标图像的微分运算，如：横向微分、纵向微分、一次微分、二次微分等，操作时：打开图像-点击左视图-点击显示原图按钮-点击右视图-点击菜单栏中所要功能键-To achieve the differential operation of the target image, such as: horizontal differentiation, vertical differential, first derivative, second derivative, etc., operation
DIPAX
- 该工具可对图像进行二值化处理，微分处理，小波变换，哈夫变换等多种算法处理。-The tool for binary image processing, differential processing, wavelet transform, Hough transform algorithm and other processing.