Electronics Club
AR Gesture Controlled Car
The integration of gesture control with IoT and augmented reality (AR) offers exciting prospects in the field of robotics and smart vehicles. Our project focuses on developing a gesture-controlled car that leverages camera modules and IoT to provide real-time video feed and overlay AR objects, transforming any regular floor into a dynamic race track.
EMG Controlled Shooting Game
The Electromyography (EMG) controlled shooting game is an exciting blend of neurophysiology, gaming technology, and human-computer interaction. By utilizing the electrical signals produced by muscle activity, EMG technology allows players to control game actions through their muscle movements. This innovative approach not only offers a unique and immersive gaming experience but also holds great potential for applications in rehabilitation and assistive technologies.**In our game, EMG sensors detect the subtle electrical signals produced during muscle contractions. These signals are then translated into precise and responsive in-game actions, offering players an unparalleled level of control. The game is developed using Unity, a popular and user-friendly game development platform.**The final outcome of our project is a real-time system that allows users to control a Unity-based shooting game using their muscle activity. The EMG sensors capture muscle signals, which are processed and transmitted by a Python script and TCP server. Unity then retrieves this processed data to control game elements, creating an interactive and immersive gaming experience.