Sample.jconf

#
# Sample Jconf configuration file
# for Julius library rev.4.3
#
# 1) Options can also be specified in command line option.
#    The values are default values in Julius.
# 2) For file name, relative path must be relative to THIS FILE.
# 3) Texts after '#' at each line will be ignored.  If you want to specify
#    '#', use `\#'.
# 4) Each line should be no longer than 512 bytes.
#
#

######################################################################
#### JULIUS APPLICATION OPTION (not a part of JuliusLib)
######################################################################
#-outfile			# save each result in separate file
#-separatescore			# print AM / LM scores separately
#-callbackdebug			# print callback names at call for debug
#-charconv from to		# print with character set conversion
#-nocharconv			# disable "-charconv"
#-module			# start in module mode
#-record dir			# record each inputs into dir
#-logfile file			# redirect logs to file
#-nolog				# disable all logs
#-help				# print help, and exit


######################################################################
#### GLOBAL OPTIONS
######################################################################
####
#### Misc. Options
####
#-C jconffile			# include jconf file at here
#-version			# print version info to stderr, and exit
#-setting			# print version info to stderr, and exit
#-quiet				# output less log
#-debug				# output more log for debug
#-check wchmm			# for debug, enter debug shell mode
#-check trellis			# for debug, enter debug shell mode
#-check triphone		# for debug, enter debug shell mode
#-demo				# same as "-quiet -progout"

####
#### Stream Input
####

## Feature vector input
#-input mfcfile			# feature vector in HTK parameter file
#-input htkparam		# (same as "mfcfile")
#-input outprob			# outprob vector in HTK parameter file
#-input vecet			# feature / outprob vector via network client

## Raw audio input
#-input mic    			# live microphone
#-input rawfile			# wavefile
#-input file			# (same as "rawfile")
#-input stdin			# waveform from standard input
#-input adinnet			# waveform via network client
#-input netaudio                # DatLink server
#-input oss			# OSS API input (if available)
#-input alsa			# ALSA API input (if available)
#-input esd			# ESounD daemon input (if available)
#-input portaudio		# PortAudio API
#-input pulseaudio		# PulseAudio API


#-filelist filename		# input file list
#-notypecheck			# does not check parameter type of input
#-48				# 48kHz sampling > 16kHz conv. (16kHz only)
#-NA devname			# hostname for DatLink server
#-adport 5530			# port number for adinnet
#-nostrip			# do not strip zero samples
#-zmean				# remove DC offset (use long input average)
#-nozmean			# disable "-zmean" specified before

####
#### Audio Input Scaling
####
#-lvscale 1.0			# input level scaling factor (1.0 = disable)

####
#### Speech segment detection by level and zero-cross
####
#### default: on for microphone, off for other sources
####
#-cutsilence			# detection on
#-nocutsilence			# detection off
#-lv 2000			# level threshold (0-32767)
#-zc 60				# zero-cross threshold (times in sec.)
#-headmargin 300		# head silence margin (msec)
#-tailmargin 400		# tail silence margin (msec)
#-chunk_size 1000		# processing segment unit length in samples
#-rejectshort 0			# reject shorter input (msec)
#-rejectlong -1			# reject longer input (msec) -1 to disable

####
#### Speech detection by libfvad
####
#-fvad -1           # disable libfvad
#-fvad 0            # enable on mode 0 (least aggressive to filtering out non-speech)
#-fvad 1            # enable on mode 1 (moderately aggressive to filtering out non-speech)
#-fvad 2            # enable on mode 2 (aggressive to filtering out non-speech)
#-fvad 3            # enable on mode 3 (very aggressive to filtering out non-speech)
#-fvad_param 5 0.5  # optinal parameter: smoothing frames, trigger threshold

####
#### Input rejection by average power (EXPERIMENTAL)
####
####  This will be enabled by "--enable-power-reject" on compilation.
####  Should be used with Decoder VAD or GMM VAD.
####  Valid for real-time input only.
####
#-powerthres 9.0		# reject input by avg. energy

####
#### Gaussian Mixture Model
####
####  GMM will be used for input rejection by accumurated score, or
####  for GMM-based frontend VAD when "--enable-gmm-vad" specified.
####
####  NOTE: If you use MFCC for the GMM which is different from AM, you
####  should also set the parameters like other AM with an option "-AM_GMM".
####  If "-AM_GMM" is not used, Julius assume GMM to use the same
####  parameter as the first AM.
####
#-gmm hmmdefs			# GMM definitions in HTK format
#-gmmnum 10			# num of Gaussians to be computed per GMM
#-gmmreject string		# comma-separated list of GMM name to reject
#### GMM_VAD
#-gmmmargin 20			# head margin for GMM based VAD in frames

####
#### Decoding option
####
#### Real-time processing means concurrent processing of MFCC computation
#### and 1st pass decoding.  By default, real-time processing on the
#### 1st pass is on for microphone / adinnet / netaudio input, and
#### off for others.
####
#-realtime			# force real-time processing
#-norealtime			# force non real-time processing

####
#### Plug-in
####
#### See plugin/00readme.txt for detail
####
#-plugindir ./plugin:/usr/local/share/julius/plugins


######################################################################
#### INSTANCE DEFINITION FOR MULTI DECODING
######################################################################
####
#### The following three argument will create a new configuration set
#### with default parameters, and switch current set to it.  Jconf
#### parameters specified after the option will be set into the current
#### set.
####
#### To do multi-model decoding, these argument should be specified at
#### the first of each model / search instances with different names.
#### Any options before the first instance definition will be IGNORED.
####
#### When no instance definition is found (as older version of Julius),
#### all the options are assigned to a default instance named "_default".
####
#### Please note that decoding with a single LM and multiple AMs is not
#### fully supported.  For example, you may want to construct the
#### jconf file as this:
####
####  -AM am_1 -AM am_2
####  -LM lm (LM spec..)
####  -SR search1 am_1 lm
####  -SR search2 am_2 lm
####
#### This type of model sharing is not supported yet, since some part
#### of LM processing depends on the assigned AM.  Instead, you can
#### get the same result by defining the same LMs for each AM, like this:
####
####  -AM am_1 -AM am_2
####  -LM lm_1 (LM spec..)
####  -LM lm_2 (same LM spec..)
####  -SR search1 am_1 lm_1
####  -SR search2 am_2 lm_2
####

## Create a new AM configuration set, and switch current to it.
## You should give a unique name.
#-AM name			

## Create a new LM configuration set, and switch current to it.
## You should give a unique name.
#-LM name			

## Create a new Search configuration set with AM and LM, and switch 
## current to it.  AM and LM name can be either name or ID number.
#-SR name am_name_or_id lm_name_or_id

## Switch current AM to special one reserved for GMM, to specify
## analysis parameter for GMM.  Be sure not to confuse with normal AM
## configuration.
# -AM_GMM

## When using instance declarations, global options should be placed
## at top before any instance declaration, or after this option below.
## This option is only a switcher and can be used anywhere anytime.
# -GLOBAL

## This option disables the strict section checkings and back to 4.0
# -nosectioncheck

######################################################################
#### LANGUAGE MODEL (-LM)
######################################################################
####
#### Only one type of LM can be specified for a LM configuration.
####

####
#### N-gram
####
#-d binary_ngram_file		# N-gram in Julius binary format
#-nlr ngram			# forward (left-to-right) N-gram
#-nrl rev_ngram			# backward (right-to-left) N-gram
#-v dictfile			# word dictionary
## param.
#-silhead "<s>"			# beginning-of-sentence (silence) word
#-siltail "</s>"		# end-of-sentence (silence) word
#-mapunk "<unk>"		# word to which unknown words should be mapped
#-iwspword			# add a pause word to the dictionary
#-iwspentry "<UNK> [sp] sp sp"	# word that will be added by "-iwspword"
#-sepnum 150			# num of high freq words to linearize 
#-adddict dictfile              # append additional word dictionary
#-addword entry                 # append additional word entry

####
#### Grammar
####
#### "-gram", "-gramlist" can be used multiple times
#-gram gramprefix		# (comma-separated list of) grammar file prefix
#-gramlist txtfile		# text file containing grammar prefixes
#-dfa dfafile -v dictfile	# specify DFA and dictionary separately
#-nogram			# reset all grammar list already specified

####
#### Isolated Word
####
#-w dictfile			# word dictionary
#-wlist txtfile			# text file containing dictionaries
#-nogram			# reset all dictfiles already specified
## param.
#-wsil silB silE NULL		# head / tail silence models to be appended

####
#### User-defined LM
####
#-userlm			# declare to use user LM defined in program

####
#### misc LM option
####
#-forcedict			# skip error word entries (no stop on error)

######################################################################
#### ACOUSTIC MODEL (-AM)  (-AM_GMM)
######################################################################
####
#### Acoustic analysis parameters are included in this section, since
#### the AM defines the required parameter.  You can use different MFCC
#### type for each AM.
#### For GMM, the same parameter should be specified after "-AM_GMM"
#### 
#### When using multiple AM,  the values of "-smpPeriod", "-smpFreq",
#### "-fsize" and "-fshift" should be the same among all AM.
####

## Acoustic model
#-h hmmfile			# acoustic HMM (ascii or Julius binary)
#-hlist logicaltri		# HMMList to map logical phone to physical
#-tmix 2			# # of mixture to compute in a mixture PDF
#-spmodel "sp"			# name of a short-pause silence model
#-multipath			# force enable MULTI-PATH model handling
#-gprune {safe|heuristic|beam|none|default} # Gaussian pruning method
#-iwcd1 {max|avg|best 3}	# Inter-word triphone approximation method
#-iwsppenalty -1.0		# pause insertion penalty for "-iwsp"
#-gshmm hmmfile 		# HMM for Gaussian mixture selection
#-gsnum 24			# Threshold number of HMM for gshmm

## Analysis
#-smpPeriod 625			# sampling period (ns) (= 10000000 / smpFreq)
#-smpFreq 16000			# sampling rate (Hz)
#-fsize 400			# window size (samples)
#-fshift 160			# frame shift (samples)
#-preemph 0.97			# pre-emphasis coef.
#-fbank 24			# number of filterbank channels
#-ceplif 22			# cepstral liftering coef.
#-rawe				# use raw energy
#-norawe			# disable "-rawe" (this is default)
#-enormal			# normalize log energy
#-noenormal			# disable "-enormal" (this is default)
#-escale 1.0			# scaling log energy for enormal
#-silfloor 50.0			# energy silence floor in dB for enormal
#-delwin 2			# delta window (frames)
#-accwin 2			# acceleration window (frames)
#-hifreq -1			# cut-off hi frequency (Hz) (-1: disable)
#-lofreq -1			# cut-off low frequency (Hz) (-1: disable)
#-zmeanframe			# frame-wise DC offset removal (same as HTK)
#-nozmeanframe			# disable "-zmeanframe" (this is default)

## Cepstral mean / variance normalization
#-cmnload filename		# load initial cep. mean / variance on startup
#-cmnsave filename		# save cep. mean / variance at each input end
#-cmnupdate			# update beginning cep. data at each input
#-cmnnoupdate			# keep initial mean, disable "-cmnupdate"
#-cmnmapweight 100.0		# weight for MAP-CMN
#-cvn				# enable variance normalization
#-cmnstatic			# totally static cmn/cvn

## Vocal tract length normalization (VTLN)
#-vtln 1.0 300 4800		# enable VTLN (alpha, lowerfreq, upperfreq)

## Spectral subtraction (default: disabled)
#-sscalc			# do SS, estimate noise from head sil
#-sscalclen 300			# length of head silence for "-sscalc" (msec)
#-ssload filename		# do SS, load noise spectrum saved by "mkss"
#-ssalpha 2.0			# alpha coef. for spectral subtraction
#-ssfloor 0.5			# spectral floor coef.

## DNN-HMM definition (default disabled (= GMM-HMM))
#-dnnconf file			# DNN configuration file

## Others
#-htkconf configfile		# load analysis settings from HTK Config file 

######################################################################
#### RECOGNIZER (-SR)
######################################################################
####
#### Default values for beam width and LM weights will change
#### according to compile-time setup of JuliusLib and model specification.
#### Please see the startup log for the actual values.
#### 

####
#### parameter (common)
####
#-inactive			# start this process with inactive status
#-1pass				# perform only the 1st pass, omit 2nd pass
#-no_ccd			# switch off the phone context dependency
#-force_ccd			# force on the phone context dependency
#-cmalpha 0.05			# CM alpha value
#-iwsp				# append a skippable sp at all word ends
#-transp 0.0			# transition penalty for transparent words

####
#### parameter (1st pass)
####
#-lmp weight penalty		# LM weight and word insertion penalty (pass1)
#-penalty1 penalty		# word insertion penalty for grammar (pass1)
#-b width			# beam width (# of nodes)
#-bs score                      # beam width (score)
#-nlimit 3			# with enable-wpair-nlimit, set max N at nodes
#-progout			# progressive output while decoding
#-proginterval 300		# output interval in msec for "-progout"

####
#### parameter (2nd pass)
####
#-lmp2 weight penalty		# LM weight and word insertion penalty (pass2)
#-penalty2 penalty		# word insertion penalty for grammar (pass2)
#-b2 width			# envelope beam width of 2nd pass (#word)
#-sb 80.0			# envelope score width at 2nd pass
#-s 500				# hypotheses stack size on 2nd pass (#hypo)
#-m 2000			# hypotheses overflow threshold (#hypo)
#-n n				# num of sentences to find
#-output 1			# num of sentences to output as result
#-lookuprange 5			# hypo. lookup range at word expansion (#frame)
#-looktrellis			# expand only trellis words in grammar
#-fallback1pass			# output 1st pass result when 2nd pass fails

####
#### short-pause segmentation (and decoder-based VAD)
####
#-spsegment			# enable sp segmentation (or decoder VAD)
#-spdur 10			# # of frames to detect a short pause
#-pausemodels string		# comma-separated pause model names
#### for decoder-VAD
#-spmargin 40			# backstep margin at trigger up (frame)
#-spdelay 4			# decision delay at trigger up (frame)

#### 
#### lattice output
#### 
#-lattice			# output result in word graph (aka -graphout)
#-graphrange 0			# merge same words nearby, -1 to disable merge
#-graphcut 80			# graph depth cut threshold (in depth)
#-graphboundloop 20		# max itertations for boundary adjustment loop
#-graphsearchdelay		# activate an alternate generation algorithm 
#-nographsearchdelay		# disable "-graphsearchdelay"

#### 
#### confusion network output
#### 
#-confnet			# enable confusion network output
#-noconfnet			# disable confusion network output

#### 
#### multi-grammar output (for grammar and isolated word)
#### 
#-multigramout			# output max hypo for each grammar
#-nomultigramout		# disable "-multigramout"

#### 
#### forced alignment
#### 
#-walign			# enable alignment for result at word level
#-palign			# enable alignment for result at phoneme level
#-salign			# enable alignment for result at state level

####
#### misc.
####
#-outprobout filename		# save computed outprob vectors to HTK file (for debug)

################################################################# end of file