Published Paper Details:

Disabled individuals represent a valuable human resource for society, and their effective participation is essential. In this context, we have developed a prototype system that enables the control of home appliances through eye movement for cursor control. The system utilizes a camera to capture images of eye movements and detects the position of the pupil's center. Based on the detected signals, the prototype can control various appliances, providing an innovative solution to enhance the quality of life for disabled individuals. In the realm of assistive technology, this project introduces a pioneering system tailored for individuals with mobility impairments, aiming to provide them with an innovative means of controlling home appliances through the precise tracking of ocular movements. The system leverages a dedicated camera for real-time image acquisition, with a focus on capturing the dynamic movements of the human eye. A central facet of the system entails the intricate analysis of these acquired eye movement images to discern the precise position of the pupil and ascertain its directional shifts. These analyze signals serve as the foundation for issuing control commands to a variety of home appliances.