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Java图像处理
- 用Java实现的图像教学程序，涵盖大部分基本图像处理技术：（1）图像几何变换（图像翻转、旋转、缩放）；（2）色彩变换（灰度直方图，RGB->YSH变换，对比度调整，色彩增强，灰度均衡）；（3）卷积（锐化、柔化、边缘提取、中值滤波）；（4）频率变换（快速傅立叶fft，小波分解重构）-A teaching program which implements in Java. It includes most essential image processing technology. 1.
wavelet transform program
- 内容：基于MATLAB的小波变换程序 具体功能：实现四级信号的小波分解和重构-Content: wavelet transform based on Matlab: four level signial wavelet decomposition and reconstruction are implemented.
二维小波变换
- 关于二维小波变换的程序 [精华] 说明：此算法重在概念，速度并不是很快。因为FOR循环的缘故。此程序从循环矩阵的观点出发，把圆周卷积和快速幅里叶变换建立了联系。实现了分解和无失真重构。它只做了一层分解，即将256x256图形分解成为64x64的四个图形，避免了使用WKEEP()的困惑。主要思想为用小波滤波器族构造正交阵W,变换写为B=W*A*W ,反变换为：A=W *A*W,这与所有正交变换无异。W为循环正交矩阵，因此可用FFT实现快速运算，难点就在重构矩阵上。若用矩阵概念明确，一个
任意平面的裁切0.2
- 基于vtk的三维重构与裁切: 1.16位非压缩位图的读取与设置. 2.图像数据载入映射器 3.裁切平面的设置 4.边界的设置与显示 5.三维重构 注:需安装vtk4.0以上版本-It s about 3D reconstruct and clip based on VTK including reading and configration of 16 bits non_contracted bitmaps,the mapper for image data loadin
Horn
- SfS算法，最原始的，绝对经典。对搞计算机视觉图像重构的同志大有帮助。-SfS algorithm, the most primitive and absolute classic. To engage in computer vision image reconstruction comrades of great help.
txtXinhaozairu,plot,MATLAB
- 原始txt信号载入，小波变换，小波2、3层低、高频系数重构(The signal is loaded, the signal is intercepted, the signal is transformed by wavelet transform, and the wavelet is reconstructed with low and high frequency)
3D-Reconstruction
- Matlab语言编写，从二维图像标记重构3维行人姿态，动态处理。非常适合在此基础上二次开发。资料包含全部代码和相关理论论文。已测试，非常完美实现。(Matlab language is used to reconstruct 3 dimensional pedestrian pose from two-dimensional image tags. Very suitable for two development on this basis. Data contains all the cod
Radon transform
- 采用读取数据，对数据进行radon变换重构，还原图形，所用方式在CT中广泛应用。(The data is reconstructed by Radon transform)
小波去噪
- 运用小波阈值实现图像去噪，同时有小波的分解与重构。(Wavelet threshold is used to realize image denoising and wavelet decomposition and reconstruction.)
SFSreconstruction
- 利用sfs算法对目标的多角度图像进行三维重构(3D reconstruction of multi angle images of target by SFS algorithm)
CT扫描技术对岩石孔隙结构的研究_马文国
- 医学三维重构，对需要学习的重构的研究人有很重要的帮助。(reconstruction algorithms for 3D)
matlab核PCA重建原像.part1
- 将KPCA的高维数据在原始空间中完成重构原像(The high dimensional data KPCA to reconstruct the preimage in the original space)
cs
- 该文包含了压缩感知图像重构算法，有omp,cosamp,sp,可以选择观测矩阵高斯随机矩阵，稀疏随机矩阵，部分哈达码矩阵。(This paper includes compressed sensing image reconstruction algorithm. It has OMP, CoSaMP and sp. It can choose observation matrix Gauss random matrix, sparse random matrix and partial Had
CS_OMP重构
- omp重构算法程序，压缩感知重构算法，包含测试程序(Omp reconstruction algorithm program, compressive sensing reconstruction algorithm, including test program)
3D Reconstruction
- 通过两幅图片重构出场景中物体的三维结构,需要输入相机的标定参数，通过仿射变换找出图像之间的对应关系
BSBL_BO
- BSBL 重构算法,可以在压缩感知信号处理之后重构出原始信号(compress sense BSBL reconstruction)
3d reconstruction
- 使用vs解决三维重构的问题，依据书籍计算机视觉多视图几何(Using vs to solve the problem of three-dimensional reconstruction, according to book computer vision multi-view geometry)
POCS
- 采用POCS方法进行序列图像的超分辨重构(image reconstruction based on POCS)
omp重构图像
- 小波分解与重构，具体的图像可以用自己的。。。。。。。。。
CS_Lenabmp
- BCS代码稀疏重构Lena.bmp图像，包中含有代码和图片本身，题主给了一定注释，便于CS初学者学习(BCS code sparsely reconstructs Lena. BMP image. The package contains code and image itself. The theme is given a certain comment, which is convenient for CS beginners to learn.)