CURSOR CONTROL BASED ON EYEBALL MOVEMENT USING DEEP LERNING

A special computer programming system is developed using the movement of the eyeball. Typically, a computer system uses a mouse as one of the data entry tools. Researchers in this field have explored the power of eye contact as a means of communication. Some marketing solutions have already been introduced, but they are very expensive and offer limited usability. Mimics eye movements into a mouse cursor movement on the screen and detects the user’s eye focused on the icon and will translate to on-screen operation. Eye contact indicates an interesting point a person means it possible to say what he thinks based on where he is looking. Eye-tracking is intended to keep track of a person’s gaze. Eye movements can be captured and used as control signals so that people can interact with visual connectors directly without the need for a mouse or keyboard input. This can be achieved by using computer vision and image processing algorithms. In the proposed way, rust tracks a person’s face in a real-time video sequence to extract eye circuits using a webcam. Then, find the facial features to clear the eye area to find the viewing area. Then the corresponding location for each view of the cursor movement on the monitoring screen is performed.