This study is designed to solve the problem of general paralysis patients suffering from muscle diseases such as Lou Gehrig’s disease. A general paralysis patient is unable to move and cannot speak due to muscular dystrophy and muscle weakness. But ...
This study is designed to solve the problem of general paralysis patients suffering from muscle diseases such as Lou Gehrig’s disease. A general paralysis patient is unable to move and cannot speak due to muscular dystrophy and muscle weakness. But they can move their eyes, they use them to conduct a search. In this study, a eye-mouse instrument was studied in which a general paralysis patient communicates using eye movement, and an eye-mouse was controlled using Arduino. The configuration recognizes the movement of the eyeball using glasses, QTR sensor, and mpu-6050 acceleration sensor, making it mouse-click and output to the monitor. Experiments have shown that it took an average of 19 seconds to access three web pages, and that it is easy for beginners as well as experienced people to use. The actual implementation of eye-mouse was demonstrated by this design.