Our project represents a significant breakthrough in the fields of robotics and human-computer interaction, as we have designed a sensor-based glove that permits the remote control of a system for drawing on a whiteboard without any physical contact. Our system uses four stepper motors that enable precise pen movement in any direction on the whiteboard.
To achieve this, we have incorporated a highly accurate real-time sensor called the vector-nav 100, which continuously provides us with sensor data that we convert into rotational movement for the stepper motors. This ensures that the pen movements are responsive to the user’s actions and produce accurate and high-quality drawings.