Research on sign languages (SLs) requires dedicated, efficient and comprehensive transcription systems to analyze and compare the sign parameters; at present, many transcription systems focus on manual parameters, relegating the non-manual component to a lesser role. This article presents Typannot, a formal transcription system, and in particular its application to mouth gestures: 1) first, exposing its kinesiological approach, i.e. an intrinsic articulatory description anchored in the body; 2) then, showing its conception to integrate linguistic, graphic and technical aspects within a typeface; 3) finally, presenting its application to a corpus in French Sign Language (LSF) recorded with motion capture.
%0 Conference Paper
%1 danet2022applying
%A Danet, Claire
%A Thomas, Chloé
%A Contesse, Adrien
%A Rébulard, Morgane
%A Bianchini, Claudia S.
%A Chevrefils, Léa
%A Doan, Patrick
%B Proc. XIII Intl LREC Workshop “Representation and processing of Sign Languages: multilingual Sign Language resources”
%C Paris
%D 2022
%I ELRA
%K Typannot myown sign-languages
%P 42-37
%T Applying the transcription system Typannot to mouth gestures.
%U https://aclanthology.org/events/lrec-2022/#2022-signlang-1
%X Research on sign languages (SLs) requires dedicated, efficient and comprehensive transcription systems to analyze and compare the sign parameters; at present, many transcription systems focus on manual parameters, relegating the non-manual component to a lesser role. This article presents Typannot, a formal transcription system, and in particular its application to mouth gestures: 1) first, exposing its kinesiological approach, i.e. an intrinsic articulatory description anchored in the body; 2) then, showing its conception to integrate linguistic, graphic and technical aspects within a typeface; 3) finally, presenting its application to a corpus in French Sign Language (LSF) recorded with motion capture.
%@ 979-10-95546-86-3
@inproceedings{danet2022applying,
abstract = {Research on sign languages (SLs) requires dedicated, efficient and comprehensive transcription systems to analyze and compare the sign parameters; at present, many transcription systems focus on manual parameters, relegating the non-manual component to a lesser role. This article presents Typannot, a formal transcription system, and in particular its application to mouth gestures: 1) first, exposing its kinesiological approach, i.e. an intrinsic articulatory description anchored in the body; 2) then, showing its conception to integrate linguistic, graphic and technical aspects within a typeface; 3) finally, presenting its application to a corpus in French Sign Language (LSF) recorded with motion capture.},
added-at = {2024-05-19T23:18:11.000+0200},
address = {Paris},
author = {Danet, Claire and Thomas, Chloé and Contesse, Adrien and Rébulard, Morgane and Bianchini, Claudia S. and Chevrefils, Léa and Doan, Patrick},
biburl = {https://www.bibsonomy.org/bibtex/2e2c91fbb762d64f7bf26eaae0d9b2794/claudias},
booktitle = {Proc. XIII Intl LREC Workshop “Representation and processing of Sign Languages: multilingual Sign Language resources”},
description = {Scopus 85146237944},
interhash = {9b9004d1a5b6bd0b7cb5c71c03465798},
intrahash = {e2c91fbb762d64f7bf26eaae0d9b2794},
isbn = {979-10-95546-86-3},
keywords = {Typannot myown sign-languages},
language = {English},
pages = {42-37},
publisher = {ELRA},
timestamp = {2024-05-19T23:27:15.000+0200},
title = {Applying the transcription system Typannot to mouth gestures.},
url = {https://aclanthology.org/events/lrec-2022/#2022-signlang-1},
venue = {Marseille},
year = 2022
}