-n candidatenum
              The search continues till  'candidate_num'  sentence  hypotheses
              have been found.  The obtained sentence hypotheses are sorted by
              score, and final result is displayed in the order (see also  the
              "-output" option).

              The  possibility  that the optimum hypothesis is correctly found
              increases as this value gets increased, but the processing  time
              also becomes longer.

              Default value depends on the  engine setup on compilation time:
                10  (standard)
                 1  (fast, v2.1)

       -output N
              The  top  N  sentence  hypothesis  will  be Output at the end of
              search.  Use with "-n" option. (default: 1)

       -cmalpha float
              This parameter decides smoothing effect of word confidence  mea-
              sure.  (default: 0.05)

       -sb score
              Score  envelope  width  for enveloped scoring.  When calculating
              hypothesis score for  each  generated  hypothesis,  its  trellis
              expansion  and viterbi operation will be pruned in the middle of
              the speech if score on a frame goes under [current maximum score
              of  the frame- width].  Giving small value makes the second pass
              faster, but computation error may occur.  (default: 80.0)

       -s stack_size
              The maximum number of hypothesis that can be stored on the stack
              during the search.  A larger value may give more stable results,
              but increases the amount of memory required. (default: 500)

       -m overflow_pop_times
              Number  of  expanded  hypotheses  required  to  discontinue  the
              search.   If  the  number of expanded hypotheses is greater then
              this threshold then, the search is discontinued at  that  point.
              The  larger  this  value  is,  The longer Julius gets to give up
              search (default: 2000)

       -lookuprange nframe
              When performing word expansion on the second pass,  this  option
              sets  the number of frames before and after to look up next word
              hypotheses in the word trellis.  This prevents the  omission  of
              short  words,  but  with  a  large value, the number of expanded
              hypotheses increases and system becomes slow. (default: 5)

   Graph Output
       -graphrange nframe
              When graph output is  enabled  (--enable-graphout),  merge  same
              words  at neighbor position.  If the position of same words dif-
              fers smaller than this value, they will be merged.  The  default
              is 0 (allow merging on exactly the same location) and specifying
              larger value will result in smaller graph output.  Setting to -1
              will  disable merging, in that case same words on the same loca-
              tion of different scores will be left as they are. (default: 0)

       -graphcut depth
              Cut the resulting graph by its  word  depth  at  post-processing
              stage.   The depth value is the number of words to be allowed at
              a frame.  Setting to -1 disables this feature. (default: 80)

       -graphboundloop num
              Limit the number of boundary adjustment loop at  post-processing
              stage.  This parameter prevents Julius from blocking by infinite
              adjustment loop by short word oscillation.  (default: 20)

       -graphsearchdelay

       -nographsearchdelay
              When "-graphsearchdelay" option  is  set,  Julius  modifies  its
              graph  generation  alogrithm  on  the  2nd pass not to terminate
              search by graph merging, until the first sentence  candidate  is
              found.   This option may improve graph accuracy, especially when
              you are going to generate a huge word  graph  by  setting  broad
              search.  Namely, it may result in better graph accuracy when you
              set wide beams on  both 1st pass "-b" and 2nd  pass  "-b2",  and
              large number for "-n".  (default: disabled)

   Forced Alignment
       -walign
              Do viterbi alignment per word units from the recognition result.
              The word boundary frames and the  average  acoustic  scores  per
              frame are calculated.

       -palign
              Do viterbi alignment per phoneme (model) units from the recogni-
              tion result.  The phoneme boundary frames and the average acous-
              tic scores per frame are calculated.

       -salign
              Do  viterbi alignment per HMM state from the recognition result.
              The state boundary frames and the average  acoustic  scores  per
              frame are calculated.

   Server Module Mode
       -module [port]
              Run Julius on "Server Module Mode".  After startup, Julius waits
              for tcp/ip connection from client.  Once  connection  is  estab-
              lished,  Julius  start  communication with the client to process
              incoming commands from the  client,  or  to  output  recognition
              results,  input  trigger  information and other system status to
              the client.  The multi-grammar mode is only  supported  at  this
              Server Module Mode.  The default port number is 10500.  jcontrol
              is sample client contained in this package.

       -outcode [W][L][P][S][C][w][l][p][s]
              (Only for Server Module Mode) Switch which symbols of recognized
              words  to be sent to client.  Specify 'W' for output symbol, 'L'
              for N-gram entry, 'P' for phoneme sequence, 'S' for  score,  and
              'C' for confidence score, respectively.  Capital letters are for
              the second pass  (final  result),  and  small  letters  are  for
              results  of  the  first  pass.  For example, if you want to send
              only the output symbols and phone  sequences  as  a  recognition
              result to a client, specify "-outcode WP".

   Message Output
       -separatescore
              Output the language and acoustic scores separately.

       -quiet Omit  phoneme  sequence  and  score,  only  output the best word
              sequence hypothesis.

       -progout
              Enable progressive output of the partial results  on  the  first
              pass.

       -proginterval msec
              set the output time interval of "-progout" in milliseconds.

       -demo  Equivalent to "-progout -quiet"

       -charconv from to
              Enable  output  character  set  conversion. "from" is the source
              character set used in the language model, and "to" is the target
              character set you want to get.
              On  Linux,  the arguments should be a code name.  You can obtain
              the list of available code names by invoking the command  "iconv
              --list".   On  Windows,  the  arguments should be a code name or
              codepage number.  Code name should  be  one  of  "ansi",  "mac",
              "oem",  "utf-7", "utf-8", "sjis", "euc".  Or you can specify any
              codepage number supported at your environment.

   OTHERS
       -debug (For debug) output enoumous internal status and  debug  informa-
              tion.

       -C jconffile
              Load  the  jconf  file.   The  options  written  in the file are
              included and expanded at the point.  This  option  can  also  be
              used within other jconf file for recursive expansion.

       -check wchmm
              (For  debug)  turn  on  interactive  check  mode of tree lexicon
              structure at startup.

       -check triphone
              (For debug) turn on interactive  check  mode  of  model  mapping
              between Acoustic model, HMMList and dictionary at startup.

       -setting
              Display compile-time engine configuration and exit.

       -help  Display a brief description of all options.

EXAMPLES
       For  examples  of  system  usage,  refer to the tutorial section in the
       Julius documents.

NOTICE
       Note about jconf files: relative paths in a jconf file are  interpreted
       as relative to the jconf file itself, not to the current directory.

SEE ALSO
       julian(1),    jcontrol(1),   adinrec(1),   adintool(1),   mkbingram(1),
       mkbinhmm(1), mkgsmm(1), wav2mfcc(1), mkss(1)

       http://julius.sourceforge.jp/en/

DIAGNOSTICS
       Julius normally will return the exit status 0.   If  an  error  occurs,
       Julius exits abnormally with exit status 1.  If an input file cannot be
       found or cannot be loaded for some reason then Julius  will  skip  pro-
       cessing for that file.

BUGS
       There  are  some restrictions to the type and size of the models Julius
       can use.  For a detailed explanation refer to the Julius documentation.
       For    bug-reports,    inquires    and    comments    please    contact
       julius-info at lists.sourceforge.jp.

COPYRIGHT
       Copyright (c) 1991-2006 Kawahara Lab., Kyoto University
       Copyright (c) 1997-2000 Information-technology Promotion Agency, Japan
       Copyright (c) 2000-2005 Shikano Lab., Nara  Institute  of  Science  and
       Technology
       Copyright  (c) 2005-2006 Julius project team, Nagoya Institute of Tech-
       nology

AUTHORS
       Rev.1.0 (1998/02/20)
              Designed by Tatsuya KAWAHARA and Akinobu LEE (Kyoto University)

              Development by Akinobu LEE (Kyoto University)

       Rev.1.1 (1998/04/14)

       Rev.1.2 (1998/10/31)

       Rev.2.0 (1999/02/20)

       Rev.2.1 (1999/04/20)

       Rev.2.2 (1999/10/04)

       Rev.3.0 (2000/02/14)

       Rev.3.1 (2000/05/11)
              Development of above versions by Akinobu LEE (Kyoto University)

       Rev.3.2 (2001/08/15)

       Rev.3.3 (2002/09/11)

       Rev.3.4 (2003/10/01)

       Rev.3.4.1 (2004/02/25)

       Rev.3.4.2 (2004/04/30)
              Development of above versions by Akinobu LEE (Nara Institute  of
              Science and Technology)

       Rev.3.5 (2005/11/11)

       Rev.3.5.1 (2006/03/31)

       Rev.3.5.2 (2006/07/31)
              Development  of  above versions by Akinobu LEE (Nagoya Institute
              of Technology)

THANKS TO
       From rev.3.2, Julius is released by the "Information  Processing  Soci-
       ety, Continuous Speech Consortium".

       The  Windows  DLL  version  was  developed and released by Hideki BANNO
       (Nagoya University).

       The Windows Microsoft Speech API compatible version  was  developed  by
       Takashi SUMIYOSHI (Kyoto University).



4.3 Berkeley Distribution            LOCAL                           JULIUS(1)