Class0 kaldi安装
VM配置信息如下:
系统—CentOS7
内存—4G
处理器—4×1
硬盘—20G
网络适配器—桥接模式
P.S 如需建立SSH连接需要配置/etc/sysconfig/network-scripts/ifcfg-ens33文件 "ONBOOT=yes";
镜像（密码kaldi）：https://baixf-my.sharepoint.com/:u:/g/personal/admin_baixf_tk/Ea0twF_tLPxAosExRgwtY4kB4zDQyHrgMr67vzLr-TFvPA?e=LJNNa7
一、安装教程
➢步骤一：下载kaldi的文件
git clone https://github.com/kaldi-asr/kaldi.git
➢步骤二：查看安装指南文档
[root@localhost ~]# cd kaldi/
[root@localhost kaldi]# ls
cmake COPYING egs misc scripts tools
CMakeLists.txt docker INSTALL README.md src windows
[root@localhost kaldi]# cat INSTALL
This is the official Kaldi INSTALL. Look also at INSTALL.md for the git mirror installation.
[Option 1 in the following does not apply to native Windows install, see windows/INSTALL or following Option 2]
Option 1 (bash + makefile):
Steps:
(1)
go to tools/ and follow INSTALL instructions there.
(2)
go to src/ and follow INSTALL instructions there.
Option 2 (cmake):
Go to cmake/ and follow INSTALL.md instructions there.
Note, it may not be well tested and some features are missing currently.
➢步骤三：进入tools，根据指令执行编译
[root@localhost kaldi]# cd tools/
[root@localhost tools]# cat INSTALL
To check the prerequisites for Kaldi, first run
extras/check_dependencies.sh
and see if there are any system-level installations you need to do. Check the
output carefully. There are some things that will make your life a lot easier
if you fix them at this stage. If your system default C++ compiler is not
supported, you can do the check with another compiler by setting the CXX
environment variable, e.g.
CXX=g++-4.8 extras/check_dependencies.sh
Then run
make
which by default will install ATLAS headers, OpenFst, SCTK and sph2pipe.
OpenFst requires a relatively recent C++ compiler with C++11 support, e.g.
g++ >= 4.7, Apple clang >= 5.0 or LLVM clang >= 3.3. If your system default
compiler does not have adequate support for C++11, you can specify a C++11
compliant compiler as a command argument, e.g.
make CXX=g++-4.8
If you have multiple CPUs and want to speed things up, you can do a parallel
build by supplying the "-j" option to make, e.g. to use 4 CPUs
make -j 4
In extras/, there are also various scripts to install extra bits and pieces that
are used by individual example scripts. If an example script needs you to run
one of those scripts, it will tell you what to do.
All done OK
➢步骤四：进入src，按照指令安装
[root@localhost kaldi]# cd src
[root@localhost src]# cat INSTALL
These instructions are valid for UNIX-like systems (these steps have
been run on various Linux distributions; Darwin; Cygwin). For native Windows
compilation, see ../windows/INSTALL.
You must first have completed the installation steps in ../tools/INSTALL
(compiling OpenFst; getting ATLAS and CLAPACK headers).
The installation instructions are
./configure --shared
make depend -j 8
make -j 8
Note that we added the "-j 8" to run in parallel because "make" takes a long
time. 8 jobs might be too many for a laptop or small desktop machine with not
many cores.
For more information, see documentation at http://kaldi-asr.org/doc/
and click on "The build process (how Kaldi is compiled)".
➢步骤五：检查是否确实安装成功
- 跑一个小程序
[root@localhost kaldi]# cd egs/yesno/s5/
[root@localhost s5]# ls
conf exp local path.sh steps waves_yesno
data input mfcc run.sh utils waves_yesno.tar.gz
[root@localhost s5]# sh run.sh
Preparing train and test data
Dictionary preparation succeeded
utils/prepare_lang.sh --position-dependent-phones false data/local/dict <SIL> data/local/lang data/lang
Checking data/local/dict/silence_phones.txt ...
--> reading data/local/dict/silence_phones.txt
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> data/local/dict/silence_phones.txt is OK
Checking data/local/dict/optional_silence.txt ...
--> reading data/local/dict/optional_silence.txt
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> data/local/dict/optional_silence.txt is OK
Checking data/local/dict/nonsilence_phones.txt ...
--> reading data/local/dict/nonsilence_phones.txt
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> data/local/dict/nonsilence_phones.txt is OK
Checking disjoint: silence_phones.txt, nonsilence_phones.txt
--> disjoint property is OK.
Checking data/local/dict/lexicon.txt
--> reading data/local/dict/lexicon.txt
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> data/local/dict/lexicon.txt is OK
Checking data/local/dict/extra_questions.txt ...
--> data/local/dict/extra_questions.txt is empty (this is OK)
--> SUCCESS [validating dictionary directory data/local/dict]
**Creating data/local/dict/lexiconp.txt from data/local/dict/lexicon.txt
fstaddselfloops data/lang/phones/wdisambig_phones.int data/lang/phones/wdisambig_words.int
prepare_lang.sh: validating output directory
utils/validate_lang.pl data/lang
Checking existence of separator file
separator file data/lang/subword_separator.txt is empty or does not exist, deal in word case.
Checking data/lang/phones.txt ...
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> data/lang/phones.txt is OK
Checking words.txt: #0 ...
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> data/lang/words.txt is OK
Checking disjoint: silence.txt, nonsilence.txt, disambig.txt ...
--> silence.txt and nonsilence.txt are disjoint
--> silence.txt and disambig.txt are disjoint
--> disambig.txt and nonsilence.txt are disjoint
--> disjoint property is OK
Checking sumation: silence.txt, nonsilence.txt, disambig.txt ...
--> found no unexplainable phones in phones.txt
Checking data/lang/phones/context_indep.{txt, int, csl} ...
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> 1 entry/entries in data/lang/phones/context_indep.txt
--> data/lang/phones/context_indep.int corresponds to data/lang/phones/context_indep.txt
--> data/lang/phones/context_indep.csl corresponds to data/lang/phones/context_indep.txt
--> data/lang/phones/context_indep.{txt, int, csl} are OK
Checking data/lang/phones/nonsilence.{txt, int, csl} ...
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> 2 entry/entries in data/lang/phones/nonsilence.txt
--> data/lang/phones/nonsilence.int corresponds to data/lang/phones/nonsilence.txt
--> data/lang/phones/nonsilence.csl corresponds to data/lang/phones/nonsilence.txt
--> data/lang/phones/nonsilence.{txt, int, csl} are OK
Checking data/lang/phones/silence.{txt, int, csl} ...
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> 1 entry/entries in data/lang/phones/silence.txt
--> data/lang/phones/silence.int corresponds to data/lang/phones/silence.txt
--> data/lang/phones/silence.csl corresponds to data/lang/phones/silence.txt
--> data/lang/phones/silence.{txt, int, csl} are OK
Checking data/lang/phones/optional_silence.{txt, int, csl} ...
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> 1 entry/entries in data/lang/phones/optional_silence.txt
--> data/lang/phones/optional_silence.int corresponds to data/lang/phones/optional_silence.txt
--> data/lang/phones/optional_silence.csl corresponds to data/lang/phones/optional_silence.txt
--> data/lang/phones/optional_silence.{txt, int, csl} are OK
Checking data/lang/phones/disambig.{txt, int, csl} ...
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> 2 entry/entries in data/lang/phones/disambig.txt
--> data/lang/phones/disambig.int corresponds to data/lang/phones/disambig.txt
--> data/lang/phones/disambig.csl corresponds to data/lang/phones/disambig.txt
--> data/lang/phones/disambig.{txt, int, csl} are OK
Checking data/lang/phones/roots.{txt, int} ...
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> 3 entry/entries in data/lang/phones/roots.txt
--> data/lang/phones/roots.int corresponds to data/lang/phones/roots.txt
--> data/lang/phones/roots.{txt, int} are OK
Checking data/lang/phones/sets.{txt, int} ...
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> 3 entry/entries in data/lang/phones/sets.txt
--> data/lang/phones/sets.int corresponds to data/lang/phones/sets.txt
--> data/lang/phones/sets.{txt, int} are OK
Checking data/lang/phones/extra_questions.{txt, int} ...
Checking optional_silence.txt ...
--> reading data/lang/phones/optional_silence.txt
--> data/lang/phones/optional_silence.txt is OK
Checking disambiguation symbols: #0 and #1
--> data/lang/phones/disambig.txt has "#0" and "#1"
--> data/lang/phones/disambig.txt is OK
Checking topo ...
Checking word-level disambiguation symbols...
--> data/lang/phones/wdisambig.txt exists (newer prepare_lang.sh)
Checking data/lang/oov.{txt, int} ...
--> text seems to be UTF-8 or ASCII, checking whitespaces
--> text contains only allowed whitespaces
--> 1 entry/entries in data/lang/oov.txt
--> data/lang/oov.int corresponds to data/lang/oov.txt
--> data/lang/oov.{txt, int} are OK
--> data/lang/L.fst is olabel sorted
--> data/lang/L_disambig.fst is olabel sorted
--> SUCCESS [validating lang directory data/lang]
Preparing language models for test
arpa2fst --disambig-symbol=#0 --read-symbol-table=data/lang_test_tg/words.txt input/task.arpabo data/lang_test_tg/G.fst
LOG (arpa2fst[5.5.1035~1-3dd90]:Read():arpa-file-parser.cc:94) Reading \data\ section.
LOG (arpa2fst[5.5.1035~1-3dd90]:Read():arpa-file-parser.cc:149) Reading \1-grams: section.
LOG (arpa2fst[5.5.1035~1-3dd90]:RemoveRedundantStates():arpa-lm-compiler.cc:359) Reduced num-states from 1 to 1
fstisstochastic data/lang_test_tg/G.fst
1.20397 1.20397
Succeeded in formatting data.
steps/make_mfcc.sh --nj 1 data/train_yesno exp/make_mfcc/train_yesno mfcc
utils/validate_data_dir.sh: WARNING: you have only one speaker. This probably a bad idea.
Search for the word 'bold' in http://kaldi-asr.org/doc/data_prep.html
for more information.
utils/validate_data_dir.sh: Successfully validated data-directory data/train_yesno
steps/make_mfcc.sh: [info]: no segments file exists: assuming wav.scp indexed by utterance.
steps/make_mfcc.sh: Succeeded creating MFCC features for train_yesno
steps/compute_cmvn_stats.sh data/train_yesno exp/make_mfcc/train_yesno mfcc
Succeeded creating CMVN stats for train_yesno
fix_data_dir.sh: kept all 31 utterances.
fix_data_dir.sh: old files are kept in data/train_yesno/.backup
steps/make_mfcc.sh --nj 1 data/test_yesno exp/make_mfcc/test_yesno mfcc
utils/validate_data_dir.sh: WARNING: you have only one speaker. This probably a bad idea.
Search for the word 'bold' in http://kaldi-asr.org/doc/data_prep.html
for more information.
utils/validate_data_dir.sh: Successfully validated data-directory data/test_yesno
steps/make_mfcc.sh: [info]: no segments file exists: assuming wav.scp indexed by utterance.
steps/make_mfcc.sh: It seems not all of the feature files were successfully procesed (29 != 31); consider using utils/fix_data_dir.sh data/test_yesno
steps/make_mfcc.sh: Less than 95% the features were successfully generated. Probably a serious error.
steps/compute_cmvn_stats.sh data/test_yesno exp/make_mfcc/test_yesno mfcc
Succeeded creating CMVN stats for test_yesno
fix_data_dir.sh: kept 29 utterances out of 31
fix_data_dir.sh: old files are kept in data/test_yesno/.backup
steps/train_mono.sh --nj 1 --cmd utils/run.pl --totgauss 400 data/train_yesno data/lang exp/mono0a
steps/train_mono.sh: Initializing monophone system.
steps/train_mono.sh: Compiling training graphs
steps/train_mono.sh: Aligning data equally (pass 0)
steps/train_mono.sh: Pass 1
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 2
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 3
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 4
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 5
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 6
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 7
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 8
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 9
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 10
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 11
steps/train_mono.sh: Pass 12
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 13
steps/train_mono.sh: Pass 14
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 15
steps/train_mono.sh: Pass 16
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 17
steps/train_mono.sh: Pass 18
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 19
steps/train_mono.sh: Pass 20
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 21
steps/train_mono.sh: Pass 22
steps/train_mono.sh: Pass 23
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 24
steps/train_mono.sh: Pass 25
steps/train_mono.sh: Pass 26
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 27
steps/train_mono.sh: Pass 28
steps/train_mono.sh: Pass 29
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 30
steps/train_mono.sh: Pass 31
steps/train_mono.sh: Pass 32
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 33
steps/train_mono.sh: Pass 34
steps/train_mono.sh: Pass 35
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 36
steps/train_mono.sh: Pass 37
steps/train_mono.sh: Pass 38
steps/train_mono.sh: Aligning data
steps/train_mono.sh: Pass 39
steps/diagnostic/analyze_alignments.sh --cmd utils/run.pl data/lang exp/mono0a
steps/diagnostic/analyze_alignments.sh: see stats in exp/mono0a/log/analyze_alignments.log
1 warnings in exp/mono0a/log/update.*.log
exp/mono0a: nj=1 align prob=-81.88 over 0.05h [retry=0.0%, fail=0.0%] states=11 gauss=371
steps/train_mono.sh: Done training monophone system in exp/mono0a
tree-info exp/mono0a/tree
tree-info exp/mono0a/tree
fstdeterminizestar --use-log=true
fstminimizeencoded
fsttablecompose data/lang_test_tg/L_disambig.fst data/lang_test_tg/G.fst
fstpushspecial
fstisstochastic data/lang_test_tg/tmp/LG.fst
0.534295 0.533859
[info]: LG not stochastic.
fstcomposecontext --context-size=1 --central-position=0 --read-disambig-syms=data/lang_test_tg/phones/disambig.int --write-disambig-syms=data/lang_test_tg/tmp/disambig_ilabels_1_0.int data/lang_test_tg/tmp/ilabels_1_0.4088 data/lang_test_tg/tmp/LG.fst
fstisstochastic data/lang_test_tg/tmp/CLG_1_0.fst
0.534295 0.533859
[info]: CLG not stochastic.
make-h-transducer --disambig-syms-out=exp/mono0a/graph_tgpr/disambig_tid.int --transition-scale=1.0 data/lang_test_tg/tmp/ilabels_1_0 exp/mono0a/tree exp/mono0a/final.mdl
fsttablecompose exp/mono0a/graph_tgpr/Ha.fst data/lang_test_tg/tmp/CLG_1_0.fst
fstminimizeencoded
fstdeterminizestar --use-log=true
fstrmepslocal
fstrmsymbols exp/mono0a/graph_tgpr/disambig_tid.int
fstisstochastic exp/mono0a/graph_tgpr/HCLGa.fst
0.5342 -0.000422432
HCLGa is not stochastic
add-self-loops --self-loop-scale=0.1 --reorder=true exp/mono0a/final.mdl exp/mono0a/graph_tgpr/HCLGa.fst
steps/decode.sh --nj 1 --cmd utils/run.pl exp/mono0a/graph_tgpr data/test_yesno exp/mono0a/decode_test_yesno
decode.sh: feature type is delta
steps/diagnostic/analyze_lats.sh --cmd utils/run.pl exp/mono0a/graph_tgpr exp/mono0a/decode_test_yesno
steps/diagnostic/analyze_lats.sh: see stats in exp/mono0a/decode_test_yesno/log/analyze_alignments.log
Overall, lattice depth (10,50,90-percentile)=(1,1,2) and mean=1.2
steps/diagnostic/analyze_lats.sh: see stats in exp/mono0a/decode_test_yesno/log/analyze_lattice_depth_stats.log
local/score.sh --cmd utils/run.pl data/test_yesno exp/mono0a/graph_tgpr exp/mono0a/decode_test_yesno
local/score.sh: scoring with word insertion penalty=0.0,0.5,1.0
%WER 0.00 [ 0 / 232, 0 ins, 0 del, 0 sub ] exp/mono0a/decode_test_yesno/wer_10_0.0
- 检查生成文件
[root@localhost kaldi]# cd src/bin/
[root@localhost bin]# ls
acc-lda est-lda.o
acc-lda.cc est-mllt
acc-lda.o est-mllt.cc
acc-tree-stats est-mllt.o
acc-tree-stats.cc est-pca
acc-tree-stats.o est-pca.cc
add-self-loops est-pca.o
add-self-loops.cc get-post-on-ali
add-self-loops.o get-post-on-ali.cc
align-compiled-mapped get-post-on-ali.o
align-compiled-mapped.cc hmm-info
align-compiled-mapped.o hmm-info.cc
align-equal hmm-info.o
align-equal.cc latgen-faster-mapped
align-equal-compiled latgen-faster-mapped.cc
align-equal-compiled.cc latgen-faster-mapped.o
align-equal-compiled.o latgen-faster-mapped-parallel
align-equal.o latgen-faster-mapped-parallel.cc
align-mapped latgen-faster-mapped-parallel.o
align-mapped.cc latgen-incremental-mapped
align-mapped.o latgen-incremental-mapped.cc
align-text latgen-incremental-mapped.o
align-text.cc logprob-to-post
align-text.o logprob-to-post.cc
ali-to-pdf logprob-to-post.o
ali-to-pdf.cc Makefile
ali-to-pdf.o make-h-transducer
ali-to-phones make-h-transducer.cc
ali-to-phones.cc make-h-transducer.o
ali-to-phones.o make-ilabel-transducer
ali-to-post make-ilabel-transducer.cc
ali-to-post.cc make-ilabel-transducer.o
ali-to-post.o make-pdf-to-tid-transducer
am-info make-pdf-to-tid-transducer.cc
am-info.cc make-pdf-to-tid-transducer.o
am-info.o matrix-dim
analyze-counts matrix-dim.cc
analyze-counts.cc matrix-dim.o
analyze-counts.o matrix-max
build-pfile-from-ali matrix-max.cc
build-pfile-from-ali.cc matrix-max.o
build-pfile-from-ali.o matrix-sum
build-tree matrix-sum.cc
build-tree.cc matrix-sum.o
build-tree.o matrix-sum-rows
build-tree-two-level matrix-sum-rows.cc
build-tree-two-level.cc matrix-sum-rows.o
build-tree-two-level.o phones-to-prons
cluster-phones phones-to-prons.cc
cluster-phones.cc phones-to-prons.o
cluster-phones.o post-to-pdf-post
compare-int-vector post-to-pdf-post.cc
compare-int-vector.cc post-to-pdf-post.o
compare-int-vector.o post-to-phone-post
compile-graph post-to-phone-post.cc
compile-graph.cc post-to-phone-post.o
compile-graph.o post-to-smat
compile-questions post-to-smat.cc
compile-questions.cc post-to-smat.o
compile-questions.o post-to-tacc
compile-train-graphs post-to-tacc.cc
compile-train-graphs.cc post-to-tacc.o
compile-train-graphs-fsts post-to-weights
compile-train-graphs-fsts.cc post-to-weights.cc
compile-train-graphs-fsts.o post-to-weights.o
compile-train-graphs.o prob-to-post
compile-train-graphs-without-lexicon prob-to-post.cc
compile-train-graphs-without-lexicon.cc prob-to-post.o
compile-train-graphs-without-lexicon.o prons-to-wordali
compute-gop prons-to-wordali.cc
compute-gop.cc prons-to-wordali.o
compute-gop.o scale-post
compute-wer scale-post.cc
compute-wer-bootci scale-post.o
compute-wer-bootci.cc show-alignments
compute-wer-bootci.o show-alignments.cc
compute-wer.cc show-alignments.o
compute-wer.o show-transitions
convert-ali show-transitions.cc
convert-ali.cc show-transitions.o
convert-ali.o sum-lda-accs
copy-gselect sum-lda-accs.cc
copy-gselect.cc sum-lda-accs.o
copy-gselect.o sum-matrices
copy-int-vector sum-matrices.cc
copy-int-vector.cc sum-matrices.o
copy-int-vector.o sum-mllt-accs
copy-matrix sum-mllt-accs.cc
copy-matrix.cc sum-mllt-accs.o
copy-matrix.o sum-post
copy-post sum-post.cc
copy-post.cc sum-post.o
copy-post.o sum-tree-stats
copy-transition-model sum-tree-stats.cc
copy-transition-model.cc sum-tree-stats.o
copy-transition-model.o transform-vec
copy-tree transform-vec.cc
copy-tree.cc transform-vec.o
copy-tree.o tree-info
copy-vector tree-info.cc
copy-vector.cc tree-info.o
copy-vector.o vector-scale
decode-faster vector-scale.cc
decode-faster.cc vector-scale.o
decode-faster-mapped vector-sum
decode-faster-mapped.cc vector-sum.cc
decode-faster-mapped.o vector-sum.o
decode-faster.o weight-post
draw-tree weight-post.cc
draw-tree.cc weight-post.o
draw-tree.o weight-silence-post
est-lda weight-silence-post.cc
est-lda.cc weight-silence-post.o
- 使用命令
[root@localhost kaldi]# cd src
[root@localhost src]# featbin/copy-feats
featbin/copy-feats
Copy features [and possibly change format]
Usage: copy-feats [options] <feature-rspecifier> <feature-wspecifier>
or: copy-feats [options] <feats-rxfilename> <feats-wxfilename>
e.g.: copy-feats ark:- ark,scp:foo.ark,foo.scp
or: copy-feats ark:foo.ark ark,t:txt.ark
See also: copy-matrix, copy-feats-to-htk, copy-feats-to-sphinx, select-feats,
extract-feature-segments, subset-feats, subsample-feats, splice-feats, paste-feats,
concat-feats
Options:
--binary : Binary-mode output (not relevant if writing to archive) (bool, default = true)
--compress : If true, write output in compressed form(only currently supported for wxfilename, i.e. archive/script,output) (bool, default = false)
--compression-method : Only relevant if --compress=true; the method (1 through 7) to compress the matrix. Search for CompressionMethod in src/matrix/compressed-matrix.h. (int, default = 1)
--htk-in : Read input as HTK features (bool, default = false)
--sphinx-in : Read input as Sphinx features (bool, default = false)
--write-num-frames : Wspecifier to write length in frames of each utterance. e.g. 'ark,t:utt2num_frames'. Only applicable if writing tables, not when this program is writing individual files. See also feat-to-len. (string, default = "")
Standard options:
--config : Configuration file to read (this option may be repeated) (string, default = "")
--help : Print out usage message (bool, default = false)
--print-args : Print the command line arguments (to stderr) (bool, default = true)
--verbose : Verbose level (higher->more logging) (int, default = 0)
➢步骤六：VM拍个快照存档！
二、记坑
1.内存分配过小
g++: fatal error: Killed signal terminated program cc1plus
compilation terminated.
make[3]: *** [Makefile:529: determinize.lo] Error 1
make[3]: Leaving directory '/home/baixf/kaldi/tools/openfst-1.7.2/src/script'
make[2]: *** [Makefile:370: install-recursive] Error 1
make[2]: Leaving directory '/home/baixf/kaldi/tools/openfst-1.7.2/src'
make[1]: *** [Makefile:426: install-recursive] Error 1
make[1]: Leaving directory '/home/baixf/kaldi/tools/openfst-1.7.2'
make: *** [Makefile:64: openfst_compiled] Error 2
这边建议是大于2G，越大越好，反正1G是跑不起来。
2.Tools/文件夹 make - j 4报错
建议分开编译安装
- OpenFst
Kaldi使用FST作为状态图的表现形式，安装方式如下：
cd tools
make openfst
- cub
cub是NVIDIA官方提供的CUDA核函数开发库，是目前Kaldi编译的必选工具，安装方式如下：
make cub
- 安装三种语言模型
首先安装irstlm，执行
extras/install_irstlm.sh
下面安装srilm，执行：
sudo extras/install_srilm.sh
- 进行编译
make -j 4
3.Ubuntu卡死
待解决~
三、Ubuntu22.04
2022.07.29更：最近新换了固态，装了个双系统，在双系统的Ubuntu上成功安装运行，看来是虚拟机性能不行。
