Sign Language Recognition for Patient-Doctor Communication: A Multimedia/Multimodal Dataset

Sign Language translation increases the life quality of deaf people and their social integration. It is an extraordinarily challenging task that requires detecting hand gestures, facial expressions, upper body movements, and finding a temporal relationship among them and the translated words. This paper explores this complex task by a sensor fusion approach, with the objective of defining a medical vocabulary for patient-doctor communication translation for the Italian Sign Language (LIS). Indeed, the availability of a multimodal dataset can be a key factor in supporting machine learning models for Sign Language recognition. In this context, a multimedia/multimodal database has been developed by collecting synchronized data for face, manual, and body from different sensors, i.e. a mm-wave RADAR, a lidar, RGB and RGB-D cameras.

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Publication Details

Published
2024-09-18
DOI
https://doi.org/10.1109/rtsi61910.2024.10761720
Citations
11
Primary Topic
Hand Gesture Recognition Systems
Type
article
Field-Weighted Citation Impact
4.09
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article

Sign Language Recognition for Patient-Doctor Communication: A Multimedia/Multimodal Dataset

Sabina Fontana, Gaia Caligiore, Simone Palazzo, Egidio Ragonese et al.
11 citations
Hand Gesture Recognition Systems
4.09
article

Sign Language Recognition for Patient-Doctor Communication: A Multimedia/Multimodal Dataset

Sabina Fontana, Gaia Caligiore, Simone Palazzo, Egidio Ragonese, Raffaele Mineo, Concetto Spampinato
article en
11 citations

Abstract

Sign Language translation increases the life quality of deaf people and their social integration. It is an extraordinarily challenging task that requires detecting hand gestures, facial expressions, upper body movements, and finding a temporal relationship among them and the translated words. This paper explores this complex task by a sensor fusion approach, with the objective of defining a medical vocabulary for patient-doctor communication translation for the Italian Sign Language (LIS). Indeed, the availability of a multimodal dataset can be a key factor in supporting machine learning models for Sign Language recognition. In this context, a multimedia/multimodal database has been developed by collecting synchronized data for face, manual, and body from different sensors, i.e. a mm-wave RADAR, a lidar, RGB and RGB-D cameras.

University of Catania (IT)
Quality Education
Openalex Percentile: Top 6%
Hand Gesture Recognition Systems
4.09
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