Sign language and Web 2.0 applications are currently incompatible, because of the lack of anonymisation and easy editing of online sign language contributions. This paper describes Dicta-Sign, a project aimed at developing the technologies required for making sign language-based Web contributions possible, by providing an integrated framework for sign language recognition, animation, and language modelling. It targets four different European sign languages: Greek, British, German, and French. Expected outcomes are three showcase applications for a search-by-example sign language dictionary, a sign language-to-sign language translator, and a sign language-based Wiki
Sign languages (SL) are the first language for most deaf people. Consequently, bidirectional communi...
AbstractSign languages are known as a natural means for verbal communication of the deaf and hard of...
We survey the contribution of computational techniques to the study of sign language linguistics. At...
Sign language and Web 2.0 applications are currently incompatible, because of the lack of anonymisat...
International audienceSign language and Web 2.0 applications are currently incompatible, because of ...
International audienceDicta-Sign is a three-year EU-funded research project which started in January...
International audienceHere we present the outcomes of Dicta-Sign FP7-ICT project. Dicta-Sign researc...
International audienceThis paper presents the multilingual corpus of four European sign languages co...
International audienceThe paper provides a report on the user-centred showcase prototypes of the DIC...
The paper provides a report on the user-centred showcase prototypes of the DICTA-SIGN project (http:...
There is a number of automated sign language recognition systems proposed in the computer vision lit...
The SignSpeak project will be the first step to approach sign language recognition and translation a...
AbstractThis paper presents a study on potential technology solutions for enhancing the communicatio...
Sign languages are used by the deaf community around the globe to communicate with one another. Thes...
Sign languages are the native languages for many pre-lingually deaf people and must be treated as ge...
Sign languages (SL) are the first language for most deaf people. Consequently, bidirectional communi...
AbstractSign languages are known as a natural means for verbal communication of the deaf and hard of...
We survey the contribution of computational techniques to the study of sign language linguistics. At...
Sign language and Web 2.0 applications are currently incompatible, because of the lack of anonymisat...
International audienceSign language and Web 2.0 applications are currently incompatible, because of ...
International audienceDicta-Sign is a three-year EU-funded research project which started in January...
International audienceHere we present the outcomes of Dicta-Sign FP7-ICT project. Dicta-Sign researc...
International audienceThis paper presents the multilingual corpus of four European sign languages co...
International audienceThe paper provides a report on the user-centred showcase prototypes of the DIC...
The paper provides a report on the user-centred showcase prototypes of the DICTA-SIGN project (http:...
There is a number of automated sign language recognition systems proposed in the computer vision lit...
The SignSpeak project will be the first step to approach sign language recognition and translation a...
AbstractThis paper presents a study on potential technology solutions for enhancing the communicatio...
Sign languages are used by the deaf community around the globe to communicate with one another. Thes...
Sign languages are the native languages for many pre-lingually deaf people and must be treated as ge...
Sign languages (SL) are the first language for most deaf people. Consequently, bidirectional communi...
AbstractSign languages are known as a natural means for verbal communication of the deaf and hard of...
We survey the contribution of computational techniques to the study of sign language linguistics. At...