Voice recognition: Difference between revisions
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Voice recognition software allows for hands-free control of software and textual data entry. This capability has potential for integration into digital workflows for control of workflow components (cameras, software) and for data entry (dictation, metadata). | Voice recognition software allows for hands-free control of software and textual data entry. This capability has potential for integration into digital workflows for control of workflow components (cameras, software) and for data entry (dictation, metadata). | ||
==Voice Recognition Software== | ==Voice Recognition Software== | ||
[http://www.nuance.com/dragon/index.htm Nuance Dragon Naturally Speaking] - Windows | [http://www.nuance.com/dragon/index.htm Nuance Dragon Naturally Speaking] - Windows | ||
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[http://windows.microsoft.com/en-US/Windows7/What-can-I-do-with-Speech-Recognition Microsoft Windows Speech Recognition] - Windows 7 and Vista | [http://windows.microsoft.com/en-US/Windows7/What-can-I-do-with-Speech-Recognition Microsoft Windows Speech Recognition] - Windows 7 and Vista | ||
See also: [ | [http://cmusphinx.sourceforge.net/wiki/ CMU Sphinx open source toolkit for speech recognition] - Linux<br /> | ||
See also: | |||
*[http://cmusphinx.sourceforge.net/sphinx4/ Spinx-4 SourceForge] | |||
*[https://en.wikipedia.org/wiki/Speech_recognition_in_Linux Wikipedia: Speech recognition in Linux] | |||
==Tools for integrating voice recognition software== | ==Tools for integrating voice recognition software== | ||
[http://code.google.com/p/pyspeech/ PySpeech] - Python module for accessing basic functions of Windows Speech Recognition. | [http://code.google.com/p/pyspeech/ PySpeech] - Python module for accessing basic functions of Windows Speech Recognition. | ||
[http://sourceforge.net/projects/natlink/ NatLink] - Python module for integrating with Dragon Naturally Speaking. Requires NatLink and Unimacro. | [http://sourceforge.net/projects/natlink/ NatLink] - Python module for integrating with Dragon Naturally Speaking. Requires NatLink and Unimacro. | ||
==Projects using voice recognition== | |||
Project: Rapid inventory (prototype) | |||
Contact: Jason Best - jbest(at)brit.org | |||
Description: This project is exploring how voice recognition might be used to perform a rapid inventory of an herbarium collection. The data captured is limited to a count of specimens representing each species in a geographic location. | |||
If you are using or exploring voice recognition in a project, please add it here or contact Jason Best if you don't have an iDigBio account for editing this wiki. | |||
Latest revision as of 15:04, 13 January 2014
Voice recognition software allows for hands-free control of software and textual data entry. This capability has potential for integration into digital workflows for control of workflow components (cameras, software) and for data entry (dictation, metadata).
Voice Recognition Software
Nuance Dragon Naturally Speaking - Windows
Nuance Dragon Dictate - Mac
Microsoft Windows Speech Recognition - Windows 7 and Vista
CMU Sphinx open source toolkit for speech recognition - Linux
See also:
Tools for integrating voice recognition software
PySpeech - Python module for accessing basic functions of Windows Speech Recognition.
NatLink - Python module for integrating with Dragon Naturally Speaking. Requires NatLink and Unimacro.
Projects using voice recognition
Project: Rapid inventory (prototype)
Contact: Jason Best - jbest(at)brit.org
Description: This project is exploring how voice recognition might be used to perform a rapid inventory of an herbarium collection. The data captured is limited to a count of specimens representing each species in a geographic location.
If you are using or exploring voice recognition in a project, please add it here or contact Jason Best if you don't have an iDigBio account for editing this wiki.