This smart ring, called “Spelring ,, uses advanced sensors and sonar technology to detect finger movements and gestures. Deep learning algorithms in the ring analyze these movements and turn the sign language into the text instantly. In the prototype stage, the device was produced with approximately quarter mine -sized and 3D printers.
Converted more than 20,000 words into text
Spelring was developed based on the American Sign Language (original) and successfully transformed more than 20,000 words into text during the tests. Both sign language Beginners to learn and experienced users on the trials, the ring exhibited an accuracy rate of up to 90 %.
Researchers predict that mass production and cost may fall to around $ 30, which can enable technology to reach a wide audience.
“We have developed a single ring for sign language finger movements”
This innovation can be used in many areas from education to business. For example, hearing impaired A student can take notes using the ring during the course or overcome the communication barrier in a job interview. Hyunchul Lim, the chief writer of the project, says, “We have tried to develop a single ring to capture all the fine and complex finger movements in the sign language,” he says.
Different sign languages can be adapted in the future
Cornell’s invention has aroused a great impact in the world of technology. This ring, which allows hearing impaired individuals to be easier to integrate with society, can also contribute to the spread of sign language. Spellring, which is planned to be adapted to different sign languages in the future, has the potential to have a global effect.
This device opens a new page in communication technologies, revealing the innovation and inclusive mission of Cornell University. Works are continuing to introduce technology to commercial use.
