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[ActiveX/DCOM/ATLhaar_wavelet_transform

Description: JPEG2000 Haar and inverse Haar wavelet transform on images.And a threshold can be added during the compression, and after decompression the result can be seen with different thresholds.
Platform: | Size: 3125 | Author: lynn | Hits:

[Waveletwavelet

Description: 本程序实现二维灰度图像的小波变换和逆变换。 直接运行本目录下的批处理程序run即可。 用户需自己输入以下参数: 1. 图像文件名(lena.bmp,若使用其它图像请先放入本目录下) 2. 选用的小波名称(本程序中可使用haar及db2-db5) 3. 小波变换的级数。 运行结束后小波变换与逆变换结果分别保存在dec.bmp与rec.bmp中。-This procedure realize two-dimensional gray-scale image wavelet transform and inverse transform. Catalog under the direct operation of a batch process can run. Users need their own, enter the following parameters: 1. Image file name (lena.bmp, if the use of other images, please Add Catalog under) 2. Wavelet chosen name (This procedure can be used haar and db2-db5) 3. Wavelet Transform series. Run after the wavelet transform and inverse transform results are stored in dec.bmp in with rec.bmp.
Platform: | Size: 477184 | Author: canor | Hits:

[WavelethaarWaveletCoding

Description: 完成对输入图像Fig8.23.jpg利用Haar小波进行图像小波变换,变换系数量化,小波逆变换完成图像重构,并计算其重构图像的均方误差和信噪比来评估图像的重构误差-Completion of the input image Fig8.23.jpg use Haar wavelet image wavelet transform, transform coefficients quantify the inverse wavelet transform the completion of image reconstruction, and calculate the reconstructed image of the mean square error and signal to noise ratio to assess the image reconstruction error
Platform: | Size: 131072 | Author: 朱为总 | Hits:

[WaveletEZW_Matlab

Description: 对输入的二维灰值图像,先进行提升Haar小波变换,再用经典的EZW算法对小波系数进行压缩,然后反变换重构原图像。-On the importation of two-dimensional gray value of images, first upgrade the Haar wavelet transform, and then classical EZW algorithm to compress the wavelet coefficients, and then inverse transform reconstruction of the original image.
Platform: | Size: 5120 | Author: 吴称光 | Hits:

[ActiveX/DCOM/ATLhaar_wavelet_transform

Description: JPEG2000 Haar and inverse Haar wavelet transform on images.And a threshold can be added during the compression, and after decompression the result can be seen with different thresholds.
Platform: | Size: 3072 | Author: lynn | Hits:

[WaveletWaveletTransformsinMATLAB

Description: 执行一维和二维小波变换在MATLAB环境中。十几包括的小波函数有: * Haar * Daubechies 1-6 * Symlets 1-6 * Coiflets 1 and 2 * Splines and reverse splines * CDF 9/7 and Le Gall 5/3 * S+P wavelets (2,2), (4,2), (4,4), (6,2), and (2+2,2) * Two Ten "TT" * Low-complexity design * HVS design Visual 9/3 -Description Perform 1D and 2D wavelet transforms in MATLAB. WAVELET(W,L,X) computes the L-stage discrete wavelet transform (DWT) of signal X using wavelet W. For the inverse transform, WAVELET(W,-L,X) inverts L stages. Included wavelets are * Haar * Daubechies 1-6 * Symlets 1-6 * Coiflets 1 and 2 * Splines and reverse splines * CDF 9/7 and Le Gall 5/3 * S+P wavelets (2,2), (4,2), (4,4), (6,2), and (2+2,2) * Two Ten "TT" * Low-complexity design * HVS design Visual 9/3
Platform: | Size: 10240 | Author: chen huayi | Hits:

[WaveletOneDimensionalDiscreteWaveletTransforms

Description: 本实验要求开发一个基本的哈尔小波变换程序包,用于后续的实验。实验中使用哈尔基函数特有的“平均”与“差分”方法。首先要编写一个计算哈尔小波的j-尺度离散小波变换程序。并且要编写一个计算哈尔小波的j-尺度的逆离散小波程序,并用课本上的例7.8来验证所编写的程序-The experiment calls for the development of a basic package Haar wavelet transform for the follow-up experiment. Harki function used in the experiment-specific " average" and " difference" method. First of all, to be prepared a calculation of the Haar wavelet j-scale discrete wavelet transform procedures. And to prepare a calculation of the Haar wavelet scale j-inverse discrete wavelet procedures, and the cases of books to verify the preparation of 7.8 procedures
Platform: | Size: 9216 | Author: jhm | Hits:

[Special EffectsTwodimensionalDiscreteWaveletTransforms

Description: 本实验要求开发一个计算哈尔小波的j-尺度二维DWT程序。并要求对图像 7.1进行如图7.8(a)所示的哈尔小波3-尺度二维DWT。同时也要求编写一个计算哈尔小波的二维逆DWT程序。-The experiment calls for the development of a calculation of the Haar wavelet j-scale two-dimensional DWT procedure. And called for the image in Figure 7.1 to 7.8 (a) Haar wavelet as shown in 3- scale two-dimensional DWT. Also requested to prepare a calculation of two-dimensional Haar wavelet inverse DWT process.
Platform: | Size: 1041408 | Author: jhm | Hits:

[Graph programHaarwavelet

Description: 基于最简单的小波基函数Haar的图像变换于反变换的MATLAB实现,一维和二维均有代码-Based on the most simplest Haar wavelet function, the image transform in the inverse transform of the MATLAB implementation, both one-dimensional and two-dimensional code
Platform: | Size: 227328 | Author: smileolive | Hits:

[matlabwaveletimtransformandimagecompression

Description: 用Matlab实现图像的整数小波变换和逆变换,对行和列各做一次,采用最简单的S小波,它是Haar变换的整数形式。此程序代码为逆程序代码-Using Matlab for image wavelet transform and inverse integer transform, the rows and columns to do once the most simple and S-wavelet, which is the integer Haar transform. This program code against the code
Platform: | Size: 1024 | Author: 李颀 | Hits:

[Special Effectshaar

Description: haar小波图像信号正变换和逆变换,采用matlab编写,具有较好的移植性和较简洁的语言。haar小波图像信号正变换和逆变换,采用matlab编写,具有较好的移植性和较简洁的语言-haar wavelet image transform and inverse transform the signal is using matlab written, with good portability and a more concise language. haar wavelet image transform and inverse transform the signal is using matlab written, with good portability and a more concise language
Platform: | Size: 1024 | Author: chenxianyi | Hits:

[matlabHaar-wavelet-image--processing

Description: 用matlab编写的基于Haar小波变换的图像增强处理,同时可实现小波正变换,小波逆变换,实现小波分解与重构源代码。-Written by matlab Haar wavelet-based image enhancement processing, and can achieve positive wavelet transform, inverse wavelet transform, wavelet decomposition and reconstruction to achieve the source code.
Platform: | Size: 28672 | Author: asdfg | Hits:

[2D Graphichaarmtx.m

Description: The Haar transform can be expressed in the matrix form as T = HIHT (inverse transform HTTH) where I is an NxN image matrix, H is an NxN transformation matrix and T is the resulting NxN transform. For Haar transform, the transformation matrix H contains the Haar basis functions hk(x). They are defined on a continuous, closed interval, x -[0, 1] for k = 0,1,2 ...,N -1 where N = 2n.- The Haar transform can be expressed in the matrix form as T = HIHT (inverse transform HTTH) where I is an NxN image matrix, H is an NxN transformation matrix and T is the resulting NxN transform. For Haar transform, the transformation matrix H contains the Haar basis functions hk(x). They are defined on a continuous, closed interval, x-[0, 1] for k = 0,1,2 ...,N-1 where N = 2n.
Platform: | Size: 1024 | Author: yuki | Hits:

[OtherMain_1D_Haar

Description: 调用函数来计算正,逆哈尔1-D DWT的主程序-Main program for calling functions to compute forward and inverse Haar 1-D DWT
Platform: | Size: 1024 | Author: 张成 | Hits:

[OtherMain_2D_Haar

Description: 调用函数来计算正向和反向的2-D的Haar小波主程序-Main program for calling functions to compute forward and inverse 2-D Haar DWT
Platform: | Size: 1024 | Author: 张成 | Hits:

[matlabharr

Description: for using this code need to use signal toolbox and general toolbox in your matlab Using Haar transform to compress the image (showing remaining coefficen of Thresholded Image) and then using Inverse 2D Haar transform and finding the SNR to see how well decompression works-for using this code need to use signal toolbox and general toolbox in your matlab Using Haar transform to compress the image (showing remaining coefficen of Thresholded Image) and then using Inverse 2D Haar transform and finding the SNR to see how well decompression works
Platform: | Size: 8192 | Author: jams1166 | Hits:

[Graph programInterpolation-Resampling-by-DWT--Harr

Description: This Program presents discrete wavelet transform (DWT) and its inverse (IDWT) with Haar wavelets as tools to compute the variable size interpolated versions of an image at optimum computational load. As a human observer moves closer to or farther a scene, the retinal image of the scene zooms in or out, respectively. This zooming in or out can be modeled using variable scale interpolation. -This Program presents discrete wavelet transform (DWT) and its inverse (IDWT) with Haar wavelets as tools to compute the variable size interpolated versions of an image at optimum computational load. As a human observer moves closer to or farther a scene, the retinal image of the scene zooms in or out, respectively. This zooming in or out can be modeled using variable scale interpolation.
Platform: | Size: 395264 | Author: mohammed | Hits:

[Special EffectsDesktop

Description: 用matlab实现二维哈尔小波变换和逆变换程序-Using matlab to achieve two dimensional Haar wavelet transform and inverse transform procedures
Platform: | Size: 5379072 | Author: 郑飞跃 | Hits:

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