Browsing by Author "Cheikh , Mohamed"

Now showing 1 - 3 of 3
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    Sign Language Translation Glasses
    (Faculty of Science, 2025) Medjbouri, Ismahan; Cheikh , Mohamed
    Deaf and mute people are significantly affected by communication barriers, restricting social integration and everyday interactions. The "Hope Smart Glasses" project offers a novel assistive technology that converts sign language into spoken words in real time. The AI glasses contain an inbuilt camera to record hand movements, which are processed through deep learning algorithms and translated into audible speech through built in speakers. At the same time, a companion mobile application allows hearing individuals to read sign language by pointing the camera of their smartphone at the user. Such a system enables deaf and mute people to communicate, independent of an intermediary, in social settings, in an educational environment, and within professional spheres. Our intention is to promote independence, promote autonomy, This is more than a technical solution it’s a human mission. mission that says: "Every person has the right to be heard, to express, and to be understood." We’re using artificial intelligence not just to solve a problem but to give voice to those who were denied one.
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    Smart Sign Bridge: Smart Glasses for Real-Time Speech-to- Sign Language Translation Empowering Deaf Communication : Project for obtaining a master's degree + patent certificate under Ministerial Decision 1275
    (Faculty of Sciences, 2025) NOUAR , Wissam; ZIREK , Anfal; Cheikh , Mohamed
    Deaf and hard-of-hearing societies live in a deaf world that is dominated by hearing. Their lives take the shape of a continuous motion of barriers. With no chance to communicate openly with speech, they do what they can have as a result of sheer determination. They illuminate their lives with the hope of technological advancement. Our innovation, Smart Sign Bridge, a groundbreaking AI-driven smart glasses, promises to transform deaf and hard-of-hearing lives. The glasses utilize state-of-the-art artificial intelligence in the form of speech recognition and natural language processing to provide an intuitive, real-time interface that translates voice into emotive 3D sign language avatars hovering in front the eyes. Smart Sign Bridge makes communication easy in diverse contexts offices, classrooms, hospitals, and parties accepting and interpreting words delivered from diverse sources such as lectures, dialogue, and public address. Furthermore, it is adaptable with local sign languages, i.e., Algerian Sign Language, to support cultural diversity and inclusivity. By empowering independent, hands-free communication, Smart Sign Bridge maximizes independence and social interaction. Finally, our ultimate aspiration is to advance Smart Sign Bridge even more so that it can make a real difference in the life of the deaf and hard-of-hearing population to result in a society where their voice, as they convey it through signs, is being listened to and valued
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    Talking Smart glasses for the blind people
    (Faculty of Sciences, 2022) Khemis, Houda; Beldjehem ,Ryene; Cheikh , Mohamed
    In a world dominated by the darkness of modern technology and in which speed hurricanes prevailed, reading has always been a torch that illuminates the path of success; Many people have suffered from its loss, whether they are illiterate due to wars and proverty, or the visually impaired and the blind due to diseases: Myopia, farsightedness, astigmatism, presbyopia…etc. This project aims to develop smart talking glasses using Arduino tools that help this category of people to read books and magazines or even read from electronic devices, and also facilitate movement for the blind, such as reading signs and others. So the camera takes a picture and send it to the phone to be processed, extract the text from it, and then convert it into voice.