Extracting features from segments starting at (part 1 of 1)
sphinx_fe Log File
completedExtracting features from segments starting at (part 1 of 1)
sphinx_fe Log File
completedFeature extraction is done
Phase 1: Checking to see if the dict and filler dict agrees with the phonelist file.
Found 40 words using 38 phones
passedPhase 2: Checking to make sure there are not duplicate entries in the dictionary
passedPhase 3: Check general format for the fileids file; utterance length (must be positive); files exist
passedPhase 4: Checking number of lines in the transcript file should match lines in fileids file
passedPhase 5: Determine amount of training data, see if n_tied_states seems reasonable.
Estimated Total Hours Training: 0.047625
This is a small amount of data, no comment at this time
WARNINGPhase 6: Checking that all the words in the transcript are in the dictionary
Words in dictionary: 37
Words in filler dictionary: 3
passedPhase 7: Checking that all the phones in the transcript are in the phonelist, and all phones in the phonelist appear at least once
passedSkipped (set $CFG_G2P_MODEL = 'yes' to enable)
Feature type is s2_4x which is 4 streams
LDA/MLLT only has sense for single stream features, for example 1s_c_d_dd
Skipping LDA training
Feature type is s2_4x which is 4 streams
LDA/MLLT only has sense for single stream features, for example 1s_c_d_dd
Skipping MLLT training
agg_seg Log File
completedkmeans_init Log File
completedSkipped: $ST::CFG_FORCEDALIGN set to 'no' in sphinx_train.cfg
Skipped: $ST::CFG_VTLN set to 'no' in sphinx_train.cfg
Skipped: $ST::CFG_FORCEDALIGN set to 'no' in sphinx_train.cfg
Skipped: $ST::CFG_VTLN set to 'no' in sphinx_train.cfg
Phase 1: Cleaning up directories:
accumulator... logs... qmanager... models... completedPhase 2: Flat initialize
mk_mdef_gen Log File
completedmk_flat Log File
completedinit_mixw Log File
completedPhase 3: Forward-Backward
Baum welch starting for 256 Gaussian(s), iteration: 1 (1 of 1)
bw Log File
completedNormalization for iteration: 1
norm Log File
completedCurrent Overall Likelihood Per Frame = -207.190667833188
Baum welch starting for 256 Gaussian(s), iteration: 2 (1 of 1)
bw Log File
completedNormalization for iteration: 2
norm Log File
completedCurrent Overall Likelihood Per Frame = -199.102653834937
Convergence Ratio = 8.08801399825072
Baum welch starting for 256 Gaussian(s), iteration: 3 (1 of 1)
bw Log File
completedNormalization for iteration: 3
norm Log File
completedCurrent Overall Likelihood Per Frame = -196.116652085156
Convergence Ratio = 2.98600174978097
Baum welch starting for 256 Gaussian(s), iteration: 4 (1 of 1)
bw Log File
completedNormalization for iteration: 4
norm Log File
completedCurrent Overall Likelihood Per Frame = -194.565529308836
Convergence Ratio = 1.5511227763196
Baum welch starting for 256 Gaussian(s), iteration: 5 (1 of 1)
bw Log File
completedNormalization for iteration: 5
norm Log File
completedCurrent Overall Likelihood Per Frame = -193.827879848352
Convergence Ratio = 0.737649460483709
Baum welch starting for 256 Gaussian(s), iteration: 6 (1 of 1)
bw Log File
completedNormalization for iteration: 6
norm Log File
completedCurrent Overall Likelihood Per Frame = -193.391834354039
Convergence Ratio = 0.436045494312935
Baum welch starting for 256 Gaussian(s), iteration: 7 (1 of 1)
bw Log File
completedNormalization for iteration: 7
norm Log File
completedCurrent Overall Likelihood Per Frame = -193.098512685914
Convergence Ratio = 0.293321668124719
Baum welch starting for 256 Gaussian(s), iteration: 8 (1 of 1)
bw Log File
completedNormalization for iteration: 8
norm Log File
completedCurrent Overall Likelihood Per Frame = -192.884456109653
Convergence Ratio = 0.214056576261015
Baum welch starting for 256 Gaussian(s), iteration: 9 (1 of 1)
bw Log File
completedNormalization for iteration: 9
norm Log File
completedCurrent Overall Likelihood Per Frame = -192.721084864392
Convergence Ratio = 0.163371245261061
Baum welch starting for 256 Gaussian(s), iteration: 10 (1 of 1)
bw Log File
completedNormalization for iteration: 10
norm Log File
completedMaximum desired iterations 10 performed. Terminating CI training
Training completed after 10 iterations
Phase 1: Cleaning up directories:
accumulator... logs... qmanager... completedPhase 2: Initialization
mk_mdef_gen Log File
completedinit_mixw Log File
completedPhase 3: Forward-Backward
Baum welch starting for iteration: 1 (1 of 1)
bw Log File
completedNormalization for iteration: 1
norm Log File
completedCurrent Overall Likelihood Per Frame = -197.948556430446
Baum welch starting for iteration: 2 (1 of 1)
bw Log File
completedNormalization for iteration: 2
norm Log File
completedCurrent Overall Likelihood Per Frame = -194.863925342666
Convergence Ratio = 3.08463108778048
Baum welch starting for iteration: 3 (1 of 1)
bw Log File
completedNormalization for iteration: 3
norm Log File
completedCurrent Overall Likelihood Per Frame = -192.28393117527
Convergence Ratio = 2.57999416739622
Baum welch starting for iteration: 4 (1 of 1)
bw Log File
completedNormalization for iteration: 4
norm Log File
completedCurrent Overall Likelihood Per Frame = -191.700379119277
Convergence Ratio = 0.583552055993238
Baum welch starting for iteration: 5 (1 of 1)
bw Log File
completedNormalization for iteration: 5
norm Log File
completedCurrent Overall Likelihood Per Frame = -191.359463400408
Convergence Ratio = 0.3409157188687
Baum welch starting for iteration: 6 (1 of 1)
bw Log File
completedNormalization for iteration: 6
norm Log File
completedCurrent Overall Likelihood Per Frame = -191.104403616215
Convergence Ratio = 0.25505978419335
Baum welch starting for iteration: 7 (1 of 1)
bw Log File
completedNormalization for iteration: 7
norm Log File
completedCurrent Overall Likelihood Per Frame = -191.007757363663
Training completed after 7 iterations
Phase 1: Cleaning up old log files...
Phase 2: Make Questions
make_quests Log File
completedPhase 3: Tree building
Processing each phone with each state
A 0
bldtree Log File
completedA 1
bldtree Log File
completedA 2
bldtree Log File
completedAA: 0
bldtree Log File
completedAA: 1
bldtree Log File
completedAA: 2
bldtree Log File
completedAE 0
bldtree Log File
completedAE 1
bldtree Log File
completedAE 2
bldtree Log File
completedAI 0
bldtree Log File
completedAI 1
bldtree Log File
completedAI 2
bldtree Log File
completedAU 0
bldtree Log File
completedAU 1
bldtree Log File
completedAU 2
bldtree Log File
completedB 0
bldtree Log File
completedB 1
bldtree Log File
completedB 2
bldtree Log File
completedCC 0
bldtree Log File
completedCC 1
bldtree Log File
completedCC 2
bldtree Log File
completedD 0
bldtree Log File
completedD 1
bldtree Log File
completedD 2
bldtree Log File
completedE 0
bldtree Log File
completedE 1
bldtree Log File
completedE 2
bldtree Log File
completedEE 0
bldtree Log File
completedEE 1
bldtree Log File
completedEE 2
bldtree Log File
completedEE: 0
bldtree Log File
completedEE: 1
bldtree Log File
completedEE: 2
bldtree Log File
completedEI 0
bldtree Log File
completedEI 1
bldtree Log File
completedEI 2
bldtree Log File
completedF 0
bldtree Log File
completedF 1
bldtree Log File
completedF 2
bldtree Log File
completedG 0
bldtree Log File
completedG 1
bldtree Log File
completedG 2
bldtree Log File
completedH 0
bldtree Log File
completedH 1
bldtree Log File
completedH 2
bldtree Log File
completedI: 0
bldtree Log File
completedI: 1
bldtree Log File
completedI: 2
bldtree Log File
completedII 0
bldtree Log File
completedII 1
bldtree Log File
completedII 2
bldtree Log File
completedK 0
bldtree Log File
completedK 1
bldtree Log File
completedK 2
bldtree Log File
completedL 0
bldtree Log File
completedL 1
bldtree Log File
completedL 2
bldtree Log File
completedM 0
bldtree Log File
completedM 1
bldtree Log File
completedM 2
bldtree Log File
completedN 0
bldtree Log File
completedN 1
bldtree Log File
completedN 2
bldtree Log File
completedNN 0
bldtree Log File
completedNN 1
bldtree Log File
completedNN 2
bldtree Log File
completedOO 0
bldtree Log File
completedOO 1
bldtree Log File
completedOO 2
bldtree Log File
completedOY 0
bldtree Log File
completedOY 1
bldtree Log File
completedOY 2
bldtree Log File
completedP 0
bldtree Log File
completedP 1
bldtree Log File
completedP 2
bldtree Log File
completedQQ 0
bldtree Log File
completedQQ 1
bldtree Log File
completedQQ 2
bldtree Log File
completedR 0
bldtree Log File
completedR 1
bldtree Log File
completedR 2
bldtree Log File
completedS 0
bldtree Log File
completedS 1
bldtree Log File
completedS 2
bldtree Log File
completedSE 0
bldtree Log File
completedSE 1
bldtree Log File
completedSE 2
bldtree Log File
completedSkipping SIL
SS 0
bldtree Log File
completedSS 1
bldtree Log File
completedSS 2
bldtree Log File
completedT 0
bldtree Log File
completedT 1
bldtree Log File
completedT 2
bldtree Log File
completedU 0
bldtree Log File
completedU 1
bldtree Log File
completedU 2
bldtree Log File
completedUU 0
bldtree Log File
completedUU 1
bldtree Log File
completedUU 2
bldtree Log File
completedV 0
bldtree Log File
completedV 1
bldtree Log File
completedV 2
bldtree Log File
completedX 0
bldtree Log File
completedX 1
bldtree Log File
completedX 2
bldtree Log File
completedYY 0
bldtree Log File
completedYY 1
bldtree Log File
completedYY 2
bldtree Log File
completedZ 0
bldtree Log File
completedZ 1
bldtree Log File
completedZ 2
bldtree Log File
completedmk_mdef_gen Log File
completedPhase 1: Tree Pruning
prunetree Log File
completedPhase 2: State Tying
tiestate Log File
completedPhase 1: Cleaning up directories:
accumulator... logs... qmanager... completedPhase 2: Copy CI to CD initialize
init_mixw Log File
completedPhase 3: Forward-Backward
Baum welch starting for 256 Gaussian(s), iteration: 1 (1 of 2)
bw Log File
completedBaum welch starting for 256 Gaussian(s), iteration: 1 (2 of 2)
bw Log File
completedNormalization for iteration: 1
norm Log File
completedCurrent Overall Likelihood Per Frame = -192.49752114319
Baum welch starting for 256 Gaussian(s), iteration: 2 (1 of 2)
bw Log File
completedBaum welch starting for 256 Gaussian(s), iteration: 2 (2 of 2)
bw Log File
completedNormalization for iteration: 2
norm Log File
completedCurrent Overall Likelihood Per Frame = -192.414756488772
mk_s2sendump Log File
completedTraining for 256 Gaussian(s) completed after 2 iterations
Skipped: $ST::CFG_MMIE set to 'no' in sphinx_train.cfg
Skipped: $ST::CFG_MMIE set to 'no' in sphinx_train.cfg
Skipped: $ST::CFG_MMIE set to 'no' in sphinx_train.cfg
Skipped: $ST::CFG_MMIE set to 'no' in sphinx_train.cfg
Phase 1: Cleaning up directories: logs...
Phase 2: Doing interpolation...
delint Log File
completedPhase 3: Dumping senones for PocketSphinx...
mk_s2sendump Log File
completedDecoding 7 segments starting at 0 (part 1 of 1)
pocketsphinx_batch Log File
completedAligning results to find error rate
SENTENCE ERROR: 14.3% (1/7) WORD ERROR RATE: 4.5% (1/22)