A glove designed for speech and hearing impaired people that converts sign language to text and monitors the pulse rate.
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Updated
Apr 29, 2023 - C++
A glove designed for speech and hearing impaired people that converts sign language to text and monitors the pulse rate.
Real-time Auslan (Australian Sign Language) to English speech translation glove. Built with ESP32-S3, flex sensors, IMU on a custom PCB, and a Bluetooth-connected Python GUI.
Prototype for a virtual keyboard based on IMUs and machine learning
A gesture-controlled smart glove system using flex sensors, Arduino, and 8051 microcontroller for real-time hand gesture detection. The system classifies gestures like Hello, Okay, and Peace using sensor data and wireless UART communication.
Hand Gestures shown with the glove are shown on the Mobile Application through Bluetooth
Prototype of a Smart Glove using potentiometers and servo motors as placeholders for flex sensors and actuators. Built with ESP32/Arduino for assistive technology and gesture control research.
A smart, wearable glove that recognizes and tracks exercise movements using AI, real-time feedback, and an interactive button interface.
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