This repo contains various wrappers and drivers for running MESSL experiments for the 2015 Jelenik Speech and Language Technologies workshop and for the OSU submission to CHiME3.
The actual MESSL code is in the main MESSL repo.
Step 1: Run MESSL
enhance_wrapper(@(X, fail, fs, file) stubI_messlMc(X, fail, fs, file, 1, 0, 0.12, 1, 'bestMic', ...
'mrfCompatExpSched', [0 0 0 0 0 0 0 0 .2], 'mrfHardCompatExp', 5 , ...
'mrfCompatFile', 'messl/ibmNeighborCountsSimple.mat', 'mrfLbpIter', 4), ...
'/data/corpora/chime3/simulatedMoreMovement/isolated_MESSL', ...
'~/data1/chime3/out/moreMovement/messlMcMvdrMrf.2Hard5Lbp4', [1 1], 0, 0, 1);
Step 2a: Replay MESSL, version 1: Mask-based noise estimate, MESSL IPD-based steering vector
enhance_wrapper(@(X, fail, fs, file) stubI_replayMessl(X, fail, fs, file, ...
'~/data1/chime3/out/messlMcMvdrMrf.2Hard5Lbp4Slate/data/', '', 'souden', 'ipd', 'mask', 1, 9), ...
'/data/corpora/chime3/CHiME3/data/audio/16kHz/isolated/', ...
'~/data1/chime3/out/replaySlateXcMaskIpd', [1 1], 0, 1, 1);
Step 2b: Replay MESSL, version 2: Mask-based noise estimate, Souden-based "steering vector"
enhance_wrapper(@(X, fail, fs, file) stubI_replayMessl(X, fail, fs, file, ...
'~/data1/chime3/out/messlMcMvdrMrf.2Hard5Lbp4Slate/data/', '', 'souden', '', 'mask', 1, 9), ...
'/data/corpora/chime3/CHiME3/data/audio/16kHz/isolated/', ...
'~/data1/chime3/out/replaySlateXcMaskSouden', [1 1], 0, 1, 1);
cd /homes/3/mandelm/code/matlab/messlJsalt15
enhance_wrapper(@stubI_justXcorr, '/data/corpora/chime3/CHiME3/data/audio/16kHz/isolated/', ...
'~/data1/chime3/xcorr', [1 1], 0, 0, 2, '[de]t05.*real.*\.CH1\.wav$');
conds = {'dt05_bus', 'dt05_caf', 'dt05_ped', 'dt05_str', ...
'et05_bus', 'et05_caf', 'et05_ped', 'et05_str'};
for c=1:length(conds),
correctCh0Delay(fullfile('/data/corpora/chime3/CHiME3/data/audio/16kHz/isolated',[conds{c} '_real']), ...
fullfile('~/data1/chime3/xcorr/data', [conds{c} '_real']));
end
enhance_wrapper(@(X, fail, fs, file) stubI_supervisedMvdr(X, fail, fs, file, 0.75, 0.85, 15), ...
'/data/corpora/chime3/CHiME3/data/audio/16kHz/isolated/', ...
'~/data1/chime3/out/sup75m85a15db/', [1 1], 0, 0, 2, '[de]t05.*real.*\.CH1\.wav$');