📄 adintool.txt
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ADINTOOL(1) ADINTOOL(1)
NAME
adintool - audio tool to record/split/send/receive speech data for
Julius
SYNOPSIS
adintool -in inputdev -out outputdev [options...]
DESCRIPTION
adintool analyzes speech input, finds speech segments skipping silence,
and records the detected segments in various ways. It performs speech
detection based on zerocross number and power (level), and records the
detected parts to files or other output devices sucessively.
adintool is a highly-functioned version of adinrec. The supported
input device are: microphone input, a speech file, standard tty input,
and network socket (called adin-net server mode). The speech segments
are saved to output devices: speech files, standard tty output, and
network socket (called adin-net client mode). For example, you can
record the incoming speech segments to files with successively-numbered
suffixes, or send them to speech recognition engine julius to recognize
them.
The output is not buffered: the receiver can get speech data with only
a slight delay after a speech starts. The speech detection algorithm
is as same as that of adinrec.
Output format is WAV, 16bit (signed short), monoral. If the file
already exist, it will be overridden.
INPUT
The input device should be specified by one of the following options:
-in mic
Microphone input (default)
-in file
Speech data file. Supported format is RAW (16bit big endian)
and WAV (no compression) etc (depending on the compilation time
setting).
The input file name should be given later: prompt will appear
after startup.
-in adinnet
Make adintool "adinnet server", waiting for connection from
adinnet client and receiving speech data from there via tcp/ip
socket.
Default port number is 5530, which can be altered by option
"-port".
-in netaudio
If supported, get input data from NetAudio/Datlink server. Host
and unit name should be given with "-NA host:unit" option.
-in stdin
Read speech data from standard tty input. Only RAW and WAV for-
mat is supported.
OUTPUT
Specify one of these below to select an output device which the
detected speech segments are going to written to.
-out file
Output to files. The base filename should be given by option
like "-filename foobar". Actually, the detected segments are
recorded in separate files such as "foobar.0000", "foobar.0001"
and so on. The four-digit ID begin with 0. This initial value
can be set explicitly by option "-startid". The output format
is WAV, 16bit signed. This can be changed by "-raw" option.
-out adinnet
Make adintool "adinnet client", making connection to an adinnet
server on a host, and send speech data to the server. The host-
name should be specified by option "-server". The default port
number is 5530, which can be altered by option "-port". The
available adinnet server so far is adintool and Julius.
-out stdout
Output to standard tty output in RAW, 16bit signed (big endian).
OPTIONS
-nosegment
Re-direct whole input speech data to output device, without
speech detection and segmentation. With this option, the output
filename does not have its four-digit ID appended.
-oneshot
Record only the first speech segment.
-freq threshold
Sampling frequency (Hz, default=16000)
-lv threslevel
Level threshold (0-32767, default=2000)
-zc zerocrossnum
Zero cross number threshold in a second (default=60)
-headmargin msec
Header margin of each speech segment (unit: milliseconds)
(default: 400)
-tailmargin msec
Tail margin of each speech segment (unit: milliseconds)
(default: 400)
-nostrip
Disable skipping of invalid zero samples (default: enabled)
-zmean Enable zero mean subtraction to remove DC offset.
-raw Output in RAW (no header) 16bit, big engian format (default:
WAV)
EXAMPLE
Record microphone input only for the speech-detected part in
"data.0000.wav", "data.0001.wav", ...:
% adintool -in mic -out file -filename data
Split a large speech data "foobar.raw" to "foobar.1500.wav", "foo-
bar.1501.wav", etc:
% adintool -in file -out file -filename foobar
-startid 1500
(enter the input filename after startup)
enter filename->foobar.raw
....
Send whole speech file to other host via tcp/ip socket:
[sender]
% adintool -in adinnet -out file -nosegment
[receiver]
% adintool -in file -out adinnet -server hostname
-nosegment
Send microphone input to Julius running on other host:
(1) Transmit whole input, and let Julius execute
speech detection and recognition:
[Julius]
% julius -C xxx.jconf ... -input adinnet
[adintool]
% adintool -in mic -out adinnet -server hostname
-nosegment
(2) Detect speech segment at input client side
(adintool), and transmit only the detected parts
to Julius, and recognize them:
[Julius]
% julius -C xxx.jconf ... -input adinnet
[adintool]
% adintool -in mic -out adinnet -server hostname
SEE ALSO
julius(1), adinrec(1)
VERSION
This version is provided as part of Julius-3.5.1.
COPYRIGHT
Copyright (c) 1991-2006 Kawahara Lab., Kyoto University
Copyright (c) 2001-2005 Shikano Lab., Nara Institute of Science and
Technology
Copyright (c) 2005-2006 Julius project team, Nagoya Institute of Tech-
nology
AUTHORS
LEE Akinobu (Nagoya Institute of Technology, Japan)
contact: julius-info at lists.sourceforge.jp
LICENSE
Same as Julius.
4.3 Berkeley Distribution LOCAL ADINTOOL(1)
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