Hamburg Notation System HamNoSys | |
---|---|
Script type | Alphabet
used for phonetic transcription |
Creator | University of Hamburg |
Created | 1980 |
Direction | Left to right |
The Hamburg Sign Language Notation System, or HamNoSys, is a transcription system for all sign languages (not only for American Sign Language), with a direct correspondence between symbols and gesture aspects, such as hand location, shape and movement. [1] It was developed in 1985 at the University of Hamburg, Germany. As of 2020, [update] it is in its fourth revision.
Though it has roots in Stokoe notation, HamNoSys does not identify with any specific national diversified fingerspelling system, and as such is intended for a wider range of applications than Stokoe [2] which was designed specifically for ASL and only later adapted to other sign languages.
Unlike SignWriting and the Stokoe system, it is not intended as a practical writing system, and is mainly used to describe the nuances of a single sign. It's more like the International Phonetic Alphabet in that regard. Both systems are meant for use by linguistics, and include details such as phonemes leading to long, complex segments.
The HamNoSys is not encoded in
Unicode. Computer processing is made possible by a HamNoSysUnicode.ttf
font, which uses
Private Use Area characters.
HamNoSys can depict most sign languages, so the notation system is used internationally in research settings. Notable universities doing research with the writing system are major institutions in Finland, Australia, New Zealand, Switzerland, and Germany. [3] HamNoSys was the original writing system used in the SiGML (Signing Gesture Mark-up Language). SiGML takes XML representations of each symbol and creates a 3D rendering or an avatar. [4]
The script includes almost 200 symbols and utilizes subscripts, superscripts, and diaretics. There are five categories of characters used in HamNoSys, which, when put together, describe a sign. [5] A single sign is expressed by a series of symbols that contain various optional and required parameters in the order listed:
Hamburg Notation System HamNoSys | |
---|---|
Script type | Alphabet
used for phonetic transcription |
Creator | University of Hamburg |
Created | 1980 |
Direction | Left to right |
The Hamburg Sign Language Notation System, or HamNoSys, is a transcription system for all sign languages (not only for American Sign Language), with a direct correspondence between symbols and gesture aspects, such as hand location, shape and movement. [1] It was developed in 1985 at the University of Hamburg, Germany. As of 2020, [update] it is in its fourth revision.
Though it has roots in Stokoe notation, HamNoSys does not identify with any specific national diversified fingerspelling system, and as such is intended for a wider range of applications than Stokoe [2] which was designed specifically for ASL and only later adapted to other sign languages.
Unlike SignWriting and the Stokoe system, it is not intended as a practical writing system, and is mainly used to describe the nuances of a single sign. It's more like the International Phonetic Alphabet in that regard. Both systems are meant for use by linguistics, and include details such as phonemes leading to long, complex segments.
The HamNoSys is not encoded in
Unicode. Computer processing is made possible by a HamNoSysUnicode.ttf
font, which uses
Private Use Area characters.
HamNoSys can depict most sign languages, so the notation system is used internationally in research settings. Notable universities doing research with the writing system are major institutions in Finland, Australia, New Zealand, Switzerland, and Germany. [3] HamNoSys was the original writing system used in the SiGML (Signing Gesture Mark-up Language). SiGML takes XML representations of each symbol and creates a 3D rendering or an avatar. [4]
The script includes almost 200 symbols and utilizes subscripts, superscripts, and diaretics. There are five categories of characters used in HamNoSys, which, when put together, describe a sign. [5] A single sign is expressed by a series of symbols that contain various optional and required parameters in the order listed: