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Description: 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.
Platform: |
Size: 204008 |
Author: 李强 |
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Description: 图象处理的matlab程序，Two-dimensional max filter，希望有用-the Matlab image processing procedures, Two-dimensional max filter, useful
Platform: |
Size: 1106 |
Author: yuhanzhou |
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Description: 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.
Platform: |
Size: 205109 |
Author: 新月 |
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Description: 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.
Platform: |
Size: 203776 |
Author: 李强 |
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Description: 图象处理的matlab程序，Two-dimensional max filter，希望有用-the Matlab image processing procedures, Two-dimensional max filter, useful
Platform: |
Size: 1024 |
Author: yuhanzhou |
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Description: 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.
Platform: |
Size: 204800 |
Author: 新月 |
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Description: * CONSTRAINTS
* This module does not handle data which is considered out of range by the
* application(i.e. fixed constants which represent error condition)
*
* Maximum weight value must be limited to 128 to prevent an overflow
* condition during the calculation.
*
* The internal data type must be large enough to handle the calculations.
* The maximum possible internal value
* = Max Input Value * (weight - 1) + Max Input Value
* If a maximum weight of 128 is used, the internal data type should be 2
* times the size of the input data type.
-* CONSTRAINTS* This module does not handle data which is considered out of range by the* application (ie fixed constants which represent error condition)** Maximum weight value must be limited to 128 to prevent an overflow* condition during the calculation.** The internal data type must be large enough to handle the calculations.* The maximum possible internal value* = Max Input Value* (weight- 1)+ Max Input Value* If a maximum weight of 128 is used, the internal data type should be 2* times the size of the input data type.
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Size: 4096 |
Author: Qu chun lei |
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Description: adaptive filter and its M atlab simulation based on LM S algorithm.-adaptive filter and its simulation M atlab S based on LM algorithm.
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Size: 50176 |
Author: 上将 |
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Description: 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
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Size: 4096 |
Author: Alex |
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Description: 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
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Size: 36864 |
Author: pdw |
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Description: mean filter 6 type :: Arithmatic mean, Geometic mean, Harmonic mean, contraharmonic mean, median, max-min
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Size: 5120 |
Author: sontaya |
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Description: 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
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Size: 29696 |
Author: 谢冉 |
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Description: 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.
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Size: 1024 |
Author: dataminer |
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Description: 基于FPGA的高阶FIR滤波器设计用max-plus －II软件仿真-fir filter using fpga with max-plusII
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Size: 2334720 |
Author: 星空心晴之夏 |
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Description: 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...
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Size: 1024 |
Author: anoop |
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Description: 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...
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Size: 1024 |
Author: anoop |
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Description: 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...
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Size: 1024 |
Author: anoop |
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Description: 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...
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Size: 1024 |
Author: anoop |
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Description: Rayleigh maximum likelihood filter for despeckling
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Size: 2048 |
Author: sri |
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Description: 基于最大平均功率算法的符号定时恢复算法。输入参数：RtfSig过采样的待恢复信号，信号中的N符号总数，dS升采样率，N_T升余弦滚降滤波器系数-Symbol timing recovery algorithm based on maximum average power algorithm. Input parameters: RtfSig be over-sampled signal recovery, the total number of N-symbol signal, the sampling rate dS l, N_T raised cosine filter coefficients
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Size: 1024 |
Author: 余秉谚 |
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