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Research Article | Open Access
Volume 15 2023 | None
HUMAN COMPUTER INTERACTION BASED HEAD CONTROLLED MOUSE
Mrs. Srilatha Puli, Dandem Ajay Kumar, Baddam Rithvik Reddy, Kenche Vaishnavi, Cheera Kavya
Pages: 584-590
Abstract
Controlling the mouse by a physically challenged person is really a tough one It is very difficult for a physically challenged person to control the mouse. We have suggested this mouse cursor control utilizing head as a way to help those who are unable to use a mouse physically. This other method uses head and eye motions to control the mouse to access a computer. A key real-time input method for human-computer communication—which is crucial for those with physical disabilities in particular—is head movement. A unique eye control system is suggested in this system that uses a webcam and doesn't require any additional hardware in order to increase the eye tracking technique's dependability, mobility, and usability in user-computer interaction. The suggested system's main goal is to offer an easy-to-use interactive mode by only by the user's facial expressions. The suggested solution explains how to utilize a webcam and Python to control the cursor on the screen by implementing both iris and head position tracking. It’s incredibly difficult for someone with physical disabilities to control the mouse. We have suggested utilizing the head to control the mouse pointer in order to provide a solution for those who are unable to use a real mouse. This is a different approach to utilizing your head and eyes to manipulate the mouse when accessing a computer. One essential real-time input method for human-computer communication is head movement, which is crucial for those with physical disabilities. To enhance the dependability, portability, and usability Using a Webcam and no additional hardware, a novel eye control method is proposed in this system to take use of eye tracking approach in user-computer communication. The goal of the suggested system is to offer an easy-to-use interactive mode that solely makes use of the user's facial movements. The suggested method uses machine learning with Python to implement both iris and head position-based cursor movement, which may be utilised to control the cursor on the screen via a webcam.
Keywords
Head Movements, Webcam, Face, and Mouse.
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