GLOS: GLOve for Speech Recognition
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Product Description
Aim:
Aim of this project is develop a portable, compact device to help deaf-blind people to communicate with common people based on speech recognition and haptic vibration.
Introduction:
Advancements in Biomedical field provide lot of assistive devices to help deaf people and visually impaired people. When it comes to the subject of deaf-blind people (who losses both hearing and visual ability) availability of such devices are very limited. Tactile signaling and manual alphabets are the most commonly methods used to make the reciprocal communication between the impaired and the surrounding environment possible. Existing devices like MyVox, Sparsha are use braille tactile reading/writing to make communication between two deaf blind users. Assistive systems available in market are high cost and invasive. The proposed system is wearable, non invasive, compact and low cost. It can recognize the speech and convert into Morse code vibrations. Raspberry Pi is used to convert speech into text using microphone and then each text changed to Morse code using raspberry pi. These signals will be sending to micro haptic vibrating motors through GPIO pins of raspberry pi which are attached with user's fingers.
Proposed system:
Existing system proposed only the
one way communication which doesn't mentioned the way impaired people give the
reply to non-impaired people. In our proposed system we added feedback device
which consist of input buttons. Encoding techniques used in the existing system
uses 5 vibrations at the same time which is difficult to practice and to
understand. In proposed system, we are using Morse code. It is already used by
deaf-blind people, which need not any special training.
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The Delivery time for Hardware
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The Delivery time for Hardware Mini projects is 7-8 working days.