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[Other resource] 方便的小波变换原代码 DL : 0: 小波变换源代码 wav_basic.c: basic filtering, decimation and upsampling routines. wav_basic.h: interface to wav_basic.c. wav_trf.c: transform routines. wav_trf.h: interface to wav_trf.c. wav_filters.h: where filter banks and their properties are defined. wav_filters_extern.h: interface to wav_filters.h. wav_gen.h: some parameters and min/max macros. macros.h: pointer check macro. test_transforms.c: main routine for testing transforms and invertibility. test_denoise.c: main routine for the example denoising applications. alloc.c: pointer allocation/deallocation. alloc.h: interface to alloc.c. Makefile peppers.raw: 512x512 grayscale test image.-wavelet transform source code wav_basic.c : basic filtering, decimation and upsampling routines. wav_basi c.h : interface to wav_basic.c. wav_trf.c : transform routines. wav_trf.h : interface to wav_trf.c. wav_filters.h : where filter banks and their properties are def INED. wav_filters_extern.h : interface to wav_filters.h. wav_gen.h : some parameters and min / max macros. macros.h : pointer check macro. test_transforms.c : main routine for testing transforms and invert ibility. test_denoise.c : the main routine for example Denoising applica tions. alloc.c : pointer allocation / deallocation. alloc.h : interface to alloc.c. peppers.raw Makefile : 512x512 grayscale test image.
Update : 2008-10-13 Size : 199.23kb Publisher : 李强
[OpenGL program] minimalScreenSaver DL : 0: This class loads a texture file and prepares it to be used in OpenGL. It can open a bitmap or a targa file. The min filter is set to mipmap b/c they look better and the performance cost on modern video cards in negligible. -This class loads a file and prepare texture s it to be used in OpenGL. It can open a bitmap or a t arga file. The min filter is set to mipmap b / c the y look better and the performance cost on modern video cards in negligible.
Update : 2008-10-13 Size : 120.7kb Publisher : werwerwer
[Other resource] xbbhydm DL : 0: wav_basic.c: basic filtering, decimation and upsampling routines. wav_basic.h: interface to wav_basic.c. wav_trf.c: transform routines. wav_trf.h: interface to wav_trf.c. wav_filters.h: where filter banks and their properties are defined. wav_filters_extern.h: interface to wav_filters.h. wav_gen.h: some parameters and min/max macros. macros.h: pointer check macro. test_transforms.c: main routine for testing transforms and invertibility. test_denoise.c: main routine for the example denoising applications. alloc.c: pointer allocation/deallocation. alloc.h: interface to alloc.c. Makefile peppers.raw: 512x512 grayscale test image.
Update : 2008-10-13 Size : 200.3kb Publisher : 新月
[Wavelet] 方便的小波变换原代码 DL : 0: 小波变换源代码 wav_basic.c: basic filtering, decimation and upsampling routines. wav_basic.h: interface to wav_basic.c. wav_trf.c: transform routines. wav_trf.h: interface to wav_trf.c. wav_filters.h: where filter banks and their properties are defined. wav_filters_extern.h: interface to wav_filters.h. wav_gen.h: some parameters and min/max macros. macros.h: pointer check macro. test_transforms.c: main routine for testing transforms and invertibility. test_denoise.c: main routine for the example denoising applications. alloc.c: pointer allocation/deallocation. alloc.h: interface to alloc.c. Makefile peppers.raw: 512x512 grayscale test image.-wavelet transform source code wav_basic.c : basic filtering, decimation and upsampling routines. wav_basi c.h : interface to wav_basic.c. wav_trf.c : transform routines. wav_trf.h : interface to wav_trf.c. wav_filters.h : where filter banks and their properties are def INED. wav_filters_extern.h : interface to wav_filters.h. wav_gen.h : some parameters and min/max macros. macros.h : pointer check macro. test_transforms.c : main routine for testing transforms and invert ibility. test_denoise.c : the main routine for example Denoising applica tions. alloc.c : pointer allocation/deallocation. alloc.h : interface to alloc.c. peppers.raw Makefile : 512x512 grayscale test image.
Update : 2025-02-19 Size : 199kb Publisher : 李强
[OpenGL program] minimalScreenSaver DL : 0: This class loads a texture file and prepares it to be used in OpenGL. It can open a bitmap or a targa file. The min filter is set to mipmap b/c they look better and the performance cost on modern video cards in negligible. -This class loads a file and prepare texture s it to be used in OpenGL. It can open a bitmap or a t arga file. The min filter is set to mipmap b/c the y look better and the performance cost on modern video cards in negligible.
Update : 2025-02-19 Size : 2.15mb Publisher : werwerwer
[Wavelet] xbbhydm DL : 0: wav_basic.c: basic filtering, decimation and upsampling routines. wav_basic.h: interface to wav_basic.c. wav_trf.c: transform routines. wav_trf.h: interface to wav_trf.c. wav_filters.h: where filter banks and their properties are defined. wav_filters_extern.h: interface to wav_filters.h. wav_gen.h: some parameters and min/max macros. macros.h: pointer check macro. test_transforms.c: main routine for testing transforms and invertibility. test_denoise.c: main routine for the example denoising applications. alloc.c: pointer allocation/deallocation. alloc.h: interface to alloc.c. Makefile peppers.raw: 512x512 grayscale test image.-wav_basic.c: basic filtering, decimation and upsampling routines.wav_basic.h: interface to wav_basic.c.wav_trf.c: transform routines.wav_trf.h: interface to wav_trf.c.wav_filters.h: where filter banks and their properties are defined.wav_filters_extern.h: interface to wav_filters.h.wav_gen.h: some parameters and min/max macros.macros.h: pointer check macro.test_transforms.c: main routine for testing transforms and invertibility.test_denoise.c: main routine for the example denoising applications.alloc.c: pointer allocation/deallocation.alloc.h: interface to alloc.c.Makefilepeppers.raw: 512x512 grayscale test image.
Update : 2025-02-19 Size : 200kb Publisher : 新月
[Wavelet] waveletcodebyGuleryuz DL : 0: Guleryuz写的一个完整的小波变换的源代码。主要包括：wav_basic.c: basic filtering, decimation and upsampling routines. wav_basic.h: interface to wav_basic.c. wav_trf.c: transform routines. wav_trf.h: interface to wav_trf.c. wav_filters.h: where filter banks and their properties are defined. wav_filters_extern.h:interface to wav_filters.h. wav_gen.h: some parameters and min/max macros. macros.h: pointer check macro. test_transforms.c:main routine for testing transforms and invertibility. test_denoise.c: main routine for the example denoising applications. alloc.c: pointer allocation/deallocation. alloc.h: interface to alloc.c. -Guleryuz write a complete wavelet transform of the source code. Mainly include: wav_basic.c: basic filtering, decimation and upsampling routines.wav_basic.h: interface to wav_basic.c.wav_trf.c: transform routines.wav_trf.h: interface to wav_trf.c.wav_filters.h: where filter banks and their properties are defined.wav_filters_extern.h: interface to wav_filters.h.wav_gen.h: some parameters and min/max macros.macros.h: pointer check macro.test_transforms.c: main routine for testing transforms and invertibility.test_denoise.c : main routine for the example denoising applications.alloc.c: pointer allocation/deallocation.alloc.h: interface to alloc.c.
Update : 2025-02-19 Size : 201kb Publisher : Zhongren Wang
[Communication-Mobile] min DL : 0: verilog编写的基于并行流水线结构的16阶滤波器的实现-filter
Update : 2025-02-19 Size : 1.3mb Publisher : 陈丽华
[Graph program] max_min_filter DL : 0: 在图像利用M*N的窗运行2维最大滤波器在图像利用M*N的窗运行2维最小滤波器 -performs two-dimensional maximum filtering on the image X using an M-by-N window. performs the 1D max/min filtering of the row vector X using a N-length filter. performs two-dimensional minimum filtering on the image X using an M-by-N window
Update : 2025-02-19 Size : 4kb Publisher : Alex
[matlab] max_min_filter DL : 1: 最大最小滤波程序，实现效果很好，用matlab实现，简单好用-max-min filter
Update : 2025-02-19 Size : 36kb Publisher : pdw
[Other] mean_filters DL : 0: mean filter 6 type :: Arithmatic mean, Geometic mean, Harmonic mean, contraharmonic mean, median, max-min
Update : 2025-02-19 Size : 5kb Publisher : sontaya
[Special Effects] MinMaxFilterFolder DL : 0: Min/Max filter，最大最小滤波器，说明看英文，只是国外的人写的代码， -Description The filter computes the minima and/or maxima of an array over sliding window with a given size. Multidimensional array is fully supported: running filter in 1D, 2D filter for image processing applications (erosion/dilatation), 3D and more. This package has been implemented with a special care on the running speed: the MEX engine uses an algorithms that requires no more than three (3) comparisons per element and per dimension in all configurations. All numerical and logical class arrays are supported. Contributor (beside author) is Vaclav Potesil Acknowledgements This submission has inspired the following: Free-knot spline approximation MATLAB release MATLAB 7.8 (R2009a) Other requirements MEX correctly setup NO image processing is required Download a tiff file for
Update : 2025-02-19 Size : 29kb Publisher : 谢冉
[Other] MinMaxFilter DL : 0: This an algorithm implementing the concept of min, max filters. First, it give the result of applying min filter, then max filter and then finally min-max filter combined. Important component of Image processing.
Update : 2025-02-19 Size : 1kb Publisher : dataminer
[Special Effects] erlang DL : 0: arithmetic mean filter,geometric mean filter,harmonic mean filtercontra-harmonic mean (Q=-ve),contra-harmonic mean (Q=+ve),median filter,max filter,min filter,mid point filter and alpha-trimmed filters are applied for erlang noise image-arithmetic mean filter,geometric mean filter,harmonic mean filtercontra-harmonic mean (Q=-ve),contra-harmonic mean (Q=+ve),median filter,max filter,min filter,mid point filter and alpha-trimmed filters are applied for erlang noise image...
Update : 2025-02-19 Size : 1kb Publisher : anoop
[Special Effects] exponential DL : 0: arithmetic mean filter,geometric mean filter,harmonic mean filtercontra-harmonic mean (Q=-ve),contra-harmonic mean (Q=+ve),median filter,max filter,min filter,mid point filter and alpha-trimmed filters are applied for exponential noise image-arithmetic mean filter,geometric mean filter,harmonic mean filtercontra-harmonic mean (Q=-ve),contra-harmonic mean (Q=+ve),median filter,max filter,min filter,mid point filter and alpha-trimmed filters are applied for exponential noise image...
Update : 2025-02-19 Size : 1kb Publisher : anoop
[Special Effects] gaussian DL : 0: arithmetic mean filter,geometric mean filter,harmonic mean filtercontra-harmonic mean (Q=-ve),contra-harmonic mean (Q=+ve),median filter,max filter,min filter,mid point filter and alpha-trimmed filters are applied for gausian noise image-arithmetic mean filter,geometric mean filter,harmonic mean filtercontra-harmonic mean (Q=-ve),contra-harmonic mean (Q=+ve),median filter,max filter,min filter,mid point filter and alpha-trimmed filters are applied for gausian noise image...
Update : 2025-02-19 Size : 1kb Publisher : anoop
[Special Effects] raly DL : 0: arithmetic mean filter,geometric mean filter,harmonic mean filtercontra-harmonic mean (Q=-ve),contra-harmonic mean (Q=+ve),median filter,max filter,min filter,mid point filter and alpha-trimmed filters are applied for ralye noise image-arithmetic mean filter,geometric mean filter,harmonic mean filtercontra-harmonic mean (Q=-ve),contra-harmonic mean (Q=+ve),median filter,max filter,min filter,mid point filter and alpha-trimmed filters are applied for ralye noise image...
Update : 2025-02-19 Size : 1kb Publisher : anoop
[2D Graphic] max-and-min-filter DL : 0: 图像的最大值和最小值滤波，利用opencv实现-The image of the maximum and minimum value filtering, the use of opencv realization
Update : 2025-02-19 Size : 1kb Publisher : 杨涛
[2D Graphic] denoisingFilters DL : 0: denoising filters such as Average, Median, Gaussian, Wiener, Min-order-statistic, Maxorder-statistic and Median-order-statistic are used. Based on the images obtained by the mentioned filters, it is become obvious clear that for the given noisy image the Min filter acted much better than the other filters. Order-statistic Median and Gaussian filters are the ones that have a second and third good result respectively. That is way can conclude that the existing noise in the given image was Salt noise.-denoising filters such as Average, Median, Gaussian, Wiener, Min-order-statistic, Maxorder-statistic and Median-order-statistic are used. Based on the images obtained by the mentioned filters, it is become obvious clear that for the given noisy image the Min filter acted much better than the other filters. Order-statistic Median and Gaussian filters are the ones that have a second and third good result respectively. That is way can conclude that the existing noise in the given image was Salt noise.
Update : 2025-02-19 Size : 87kb Publisher : jams1166
[Other] maxmin DL : 0: Max & Min Filter on noisy images in MATLAB
Update : 2025-02-19 Size : 132kb Publisher : zahrakh

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