Authors : Gayatri Gangeshkumar Waghmare; Sakshee Satish Yande; Rajesh Dattatray Tekawade; Dr. Chetan Aher

Volume/Issue : Volume 10 - 2025, Issue 4 - April

Google Scholar : https://tinyurl.com/2bykermw

Scribd : https://tinyurl.com/yye5u273

DOI : https://doi.org/10.38124/ijisrt/25apr1474

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Abstract : The point of this paper is to plan a user-friendly framework that’s accommodating for the individuals who have hearing troubles. Sign dialect serves as a imperative communication device for people with hearing and discourse impedances. Be that as it may, the need of broad understanding of sign dialect makes boundaries between the hard of hearing community and the common open. This paper presents a real-time sign dialect interpretation framework that changes over signals into content and discourse utilizing progressed machine learning procedures. For those who are hard of hearing and discourse impaired, sign language may be a required mode of communication. Communication impediments are caused by the restricted information of sign dialect. This study examines how information science strategies can be utilized to shut this hole by interpreting sign dialect developments into discourse. The method comprises of three steps: recognizing hand signals utilizing American Sign Dialect (ASL), capturing them employing a webcam, and interpreting the recognized content to discourse utilizing Google Text-to-Speech (GTS) union. The framework is centered on conveying an successful real-time communication framework through the utilize of convolutional neural systems (CNNs) in signal acknowledgment. The extend utilizes a machine learning pipeline that comprises of information collection, preprocessing, demonstrate preparing, real-time discovery, and discourse blend. This paper will endeavor to detail diverse strategies, challenges, and future headings for sign dialect to discourse change, and the part played by information science in making communication more open.

Keywords : Sign Language Recognition, CNN, Text-to-Speech, Real-Time Translation, American Sign Language (ASL), Deep Learning, Image Classification.

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