As urbanization accelerates, the challenge of effective Deaf and hard-of-hearing community communication remains critical. SignLangTech Solutions presents a groundbreaking approach to bridge the communication gap through a real-time sign language recognition system leveraging advanced Convolutional Neural Networks (CNNs). This innovative framework facilitates seamless interaction between Deaf individuals and the hearing population by converting sign language gestures into text and voice outputs. Our research addresses issues such as limited access to sign language education, a shortage of qualified interpreters, and significant communication barriers in high-pressure environments like hospitals and public services. By utilizing a comprehensive dataset encompassing various sign languages and implementing cutting-edge image recognition techniques, we have accomplished an outstanding recognition accuracy of 92%. Furthermore, the system processes gestures with an average recognition period of just 0.5 s, enhancing real-time communication effectiveness. User feedback from pilot tests reveals a 95% satisfaction rate, underscoring the system’s usability and impact on fostering inclusivity. This research highlights the urgent need for innovative technological solutions to address the communication challenges faced by the Deaf community.

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SignLangTech: Transforming Sign Language into Real-Time Communication with CNNs

  • K. R. Saradha,
  • M. R. Sivakumar,
  • S. Susila Sakthy,
  • B. S. Reshma,
  • A. S. Karthika Auraum

摘要

As urbanization accelerates, the challenge of effective Deaf and hard-of-hearing community communication remains critical. SignLangTech Solutions presents a groundbreaking approach to bridge the communication gap through a real-time sign language recognition system leveraging advanced Convolutional Neural Networks (CNNs). This innovative framework facilitates seamless interaction between Deaf individuals and the hearing population by converting sign language gestures into text and voice outputs. Our research addresses issues such as limited access to sign language education, a shortage of qualified interpreters, and significant communication barriers in high-pressure environments like hospitals and public services. By utilizing a comprehensive dataset encompassing various sign languages and implementing cutting-edge image recognition techniques, we have accomplished an outstanding recognition accuracy of 92%. Furthermore, the system processes gestures with an average recognition period of just 0.5 s, enhancing real-time communication effectiveness. User feedback from pilot tests reveals a 95% satisfaction rate, underscoring the system’s usability and impact on fostering inclusivity. This research highlights the urgent need for innovative technological solutions to address the communication challenges faced by the Deaf community.