Authors :
Lalitha S; Madhusudhan.K.N.; Shivam Sharma; Saurav Baid; Sanyam Mishra; Vishal R Teggi
Volume/Issue :
Volume 8 - 2023, Issue 7 - July
Google Scholar :
https://bit.ly/3TmGbDi
Scribd :
https://tinyurl.com/5445xbcu
DOI :
https://doi.org/10.5281/zenodo.8189446
Abstract :
Effective communication is essential for
conveying information and connecting with others.
However, for folks who are unable to speak due to
physical disabilities, expressing their thoughts and ideas
can be challenging. This is particularly true for
individuals who are Deaf and Mute. There are a lot of
people who don't know.sign language, which further
limits communication opportunities for those who rely on
it. Whilesome devices exist that can convert sign language
into text and speech in English, there is not enough
solutions for other devices, that combined this work and
give the result. In Our work, we propose a system that
recognizes Customized sign language . Thesystem aims to
provide a more inclusive communication experience by
enabling seamless interaction between Mute individuals
and others, fostering better understanding and
accessibility. The system will be implemented on an
Android platform, allowing for easy access and
widespread use.
Keywords :
Arduino UNO.
Effective communication is essential for
conveying information and connecting with others.
However, for folks who are unable to speak due to
physical disabilities, expressing their thoughts and ideas
can be challenging. This is particularly true for
individuals who are Deaf and Mute. There are a lot of
people who don't know.sign language, which further
limits communication opportunities for those who rely on
it. Whilesome devices exist that can convert sign language
into text and speech in English, there is not enough
solutions for other devices, that combined this work and
give the result. In Our work, we propose a system that
recognizes Customized sign language . Thesystem aims to
provide a more inclusive communication experience by
enabling seamless interaction between Mute individuals
and others, fostering better understanding and
accessibility. The system will be implemented on an
Android platform, allowing for easy access and
widespread use.