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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.
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.
利用haar小波变换对图像进行分解与重构
- 这个程序是用harr小波对图像进行分解和重构,是个可执行的源代码,已通过调试,大家可用来学习-this procedure is right Harr wavelet image decomposition and reconstruction, is the source of executable code, the debugging, you can be used for learning
小波图像程序
- 用C语言编写的小波处理程序。 用的是 DB4小波,周期延拓,可以实现精确重构的。-C language prepared by the wavelet processing. The DB4 is a wavelet, cycle extension, can achieve a precise reconstruction.
UFB_PR_LP
- 用一组完全重构的滤波器组来处理图像,可得到很高的图像重构质量。-group with a perfect reconstruction filter to the image processing, will be very high quality image reconstruction.
wvqe.rar
- 可对图像进行四层分解,mallat算法对图像进行分解与重构,Four images can be decomposed, mallat algorithm for image decomposition and reconstruction
压缩感知图像重构的算法
- 这是我自己编写的压缩感知图像重构的算法,用于学习,先稀疏,再观测系数,最后重建-This is your perception image compression algorithm used to study and review, thin, and observation of the reconstruction and
MyDwt2D
- 对图像进行二维离散小波变换, 变换级数大于等于3级,然后统计系数中0的个数(百分比表示),并进行重构, 最后计算重构图像的峰值信噪比(PSNR). 里面还附上了我写的实验报告,对大家理解Mallat算法和图像压缩很有帮助-Image two-dimensional discrete wavelet transform, transform series greater than or equal to 3, and then statistics of the number of c
Example7_15
- 图像融合。通过小波变换对图像进行分解,滤波,然后图像重构,对比前后图像的变化-Image fusion. Through the wavelet transform image decomposition, filtering, and image reconstruction, image contrast before and after the change
wavelet_program
- 小波分析,图像重构程序-Wavelet analysis, image reconstruction procedure
image-texture-mapping
- 三维图像重构, 三维图像重构-Three-dimensional image reconstruction, three-dimensional image reconstruction, three-dimensional image reconstruction
TVF
- 根据Medioni的张量投票理论,用matlab实现二维图像的重构。-According Medioni s tensor voting theory, with the realization of two-dimensional image reconstruction of matlab.
压缩感知图像重构的算法
- 压缩感知图像重构的算法,直接观测原始信号(二维),最后重建(Compressed sensing image reconstruction algorithm, direct observation of the original signal (two-dimensional), and finally reconstruction)
ART
- ART算法图像重构,用matlab实现的算法(ART algorithm image reconstruction and matlab implementation algorithm)
非负矩阵重构图像
- 非负矩阵重构图像,用lena图片重构效果还行(All the documents of tensor decomposition)
小波图像分解重构.zip
- 本程序主要的功能就是利用小波变换对图像进行分解以及重构的过程。(Wavelet image decomposition and reconstruction)
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
JPEGCompression
- 编码: (1)进行颜色转换,将RGB格式转换为YUV格式。 (2)将待编码的N×N的图像分解成(N/8)^ 2 个大小为8×8的子图像。 (3)对每个子图像进行DCT变换,得到各子图像的变换系数。这一步的实质是把空间域表示的图像转换成频率域表示的图像。 (4)对变换系数进行量化。 (5)进行Z字形重排 (6)使用霍夫曼变长变码编码器对量化的系数进行编码,得到压缩后的图像(数据)。 解码: (1) 对压缩的图像数据进行解码,得到用量化系数表示的图像数据。 (2) 进行反Z字型重排 (3)用与编码时
利用MATLAB实现CT断层图像的三维重建
- 内含PDF文档有效的解释了三维重构的基本原理以及可以基于Matlab导成三维有限元模型(The PDF document effectively explains the basic principle of three-dimensional reconstruction and can be derived into three-dimensional finite element model based on matlab.)
matlab_chonggou
- 利用matlab对图像进行离散傅里叶变换,并且利用反变换进行图像重构(Using MATLAB to transform the image into DFT, and using inverse transform to reconstruct the image)