Dictionary-based learning dictionary speech enhancement algorithm update, called approximate K-SVD algorithm, which contains the sparse coding algorithm is used to calculate the coefficient matrix OMP

KSVD of speech enhancemant\adjust_snr.m
..........................\apply_filter.p
..........................\apply_filters.p
..........................\apply_VAD.p
..........................\batch_pesq.p
..........................\batch_pesq2.p
..........................\buffer.m
..........................\center.m
..........................\composite.asv
..........................\composite.m
..........................\Contents.m
..........................\convolution_in_timealign.p
..........................\crude_align.p
..........................\Dbabble512.mat
..........................\Dbabble51216k.mat
..........................\Dcar512.mat
..........................\DC_block.p
..........................\dictdist.m
..........................\Dksvdspeechnoizeus.mat
..........................\DksvdspeechTIMIT.mat
..........................\DksvdspeechTIMIT16k.mat
..........................\Dstation512.mat
..........................\Dtrain512.mat
..........................\Dvolvo51216k.mat
..........................\Dwhite102416k.mat
..........................\Dwhite16k.mat
..........................\Dwhite512.mat
..........................\enhanced_logmmse.wav
..........................\faq.txt
..........................\FFTNXCorr.p
..........................\fix_power_level.p
..........................\id_searchwindows.p
..........................\id_utterances.p
..........................\.mages\barbara.png
..........................\......\boat.png
..........................\......\house.png
..........................\......\lena.png
..........................\......\peppers.png
..........................\......\Thumbs.db
..........................\input_filter.p
..........................\KSVD-OMP-v2(ompv10-ksvdv13).pdf
..........................\ksvd.m
..........................\ksvddemo.m
..........................\ksvddenoise.m
..........................\ksvddenoisedemo.m
..........................\ksvdver.m
..........................\mat_debug.txt
..........................\normalize.m
..........................\obj_measures_intelligibility.pdf
..........................\obj_paper_jan08.pdf
..........................\odct2dict.m
..........................\odct3dict.m
..........................\odctdict.m
..........................\odctndict.m
..........................\OMP.m
..........................\ompdenoise.m
..........................\ompdenoise1.m
..........................\ompdenoise2.m
..........................\ompdenoise3.m
..........................\OMPzyp.asv
..........................\out.wav
..........................\pesq.p
..........................\pesq_debug.p
..........................\pesq_measure.p
..........................\pesq_psychoacoustic_model.p
..........................\pesq_testbench.p
..........................\plot_wav.p
..........................\pow_of.p
..........................\.rivate\addtocols.c
..........................\.......\addtocols.m
..........................\.......\addtocols.mexw32
..........................\.......\add_dc.m
..........................\.......\col2imstep.c
..........................\.......\col2imstep.m
..........................\.......\col2imstep.mexw32
..........................\.......\collincomb.c
..........................\.......\collincomb.m
..........................\.......\collincomb.mexw32
..........................\.......\countcover.m
..........................\.......\dictdist.m
..........................\.......\im2colstep.c
..........................\.......\im2colstep.m
..........................\.......\im2colstep.mexw32
..........................\.......\imnormalize.m
..........................\.......\iswhole.m
..........................\.......\make.m
..........................\.......\mexutils.c
..........................\.......\mexutils.h
..........................\.......\normcols.m
..........................\.......\printf.m
..........................\.......\reggrid.m
..........................\.......\remove_dc.m
..........................\.......\rowlincomb.c
..........................\.......\rowlincomb.m
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