Africazine:
Innovative robotic interpreters are set to transform communication for Māori who are deaf.
Experts at the University of Auckland have developed robotic interpreters that incorporate sign language rooted in a Māori worldview. This project, led by Dr. Tauwehe Tamati and Dr. Ho Seok Ahn, has been in collaboration with Turi Māori and their communities for over five years.
Robotic Interpreters Enhance Māori Sign Language
The robotic interpreters were designed to bridge the gap between technology and culture. By utilizing Māori sign-language models, researchers captured essential communication elements, including mannerisms and lip movements. This approach ensures that the robots reflect the unique aspects of Māori communication.
Dr. Tamati, who is bilingual in Te Reo Māori and English, emphasized the importance of cultural connection in the project. Her personal experiences with her father, who was hard of hearing, motivated her to contribute to this initiative. The goal is to empower the Māori community, particularly those who are deaf, by providing them with tools that resonate with their cultural identity.
Funding and Support for the Project
The project has received financial backing from the Vision Mātauranga Fund and the Endeavour Fund, with ongoing developments expected in 2024. The University of Auckland reports that the robots are currently operational within their research lab, with models available for both adults and children.
Community involvement has been a significant aspect of the project, with excitement and participation from hapū members. This collaborative effort highlights the importance of inclusivity and cultural representation in technological advancements.
Next Steps for Robotic Interpreters
- Further development and refinement of robotic interpreters.
- Increased community engagement and feedback sessions.
- Plans for wider implementation and accessibility in various settings.
These robotic interpreters represent a significant step forward in supporting Māori who are deaf, merging technology with cultural heritage.
