Research project
Fit with Artificial Intelligence: Bridging Body and Mind
In neuroscience, executive functions (EF) encompass all cognitive abilities required for the control and self-regulation of behaviour. Physiotherapy research has demonstrated that well-developed executive functions allow people to react quickly and accurately even under physical and/or mental stress. These functions are most effectively trained through tasks that combine physical movement with cognitive demands - for example, juggling balls while simultaneously solving arithmetic problems. Such exercises promote an optimal integration of body and mind.
Background
In neuroscience, executive functions (EF) encompass all cognitive abilities required for the control and self-regulation of behaviour. Physiotherapy research has demonstrated that well-developed executive functions allow people to react quickly and accurately even under physical and/or mental stress. These functions are most effectively trained through tasks that combine physical movement with cognitive demands - for example, juggling balls while simultaneously solving arithmetic problems. Such exercises promote an optimal integration of body and mind.
Goal
The system developed by ECE graduates (Bachelor in Electrical and Computer Engineering) enables effective executive function training through an innovative approach that brings together Computer Vision and Artificial Intelligence. It is designed to overcome the limitations of conventional sensor-based systems by tracking the entire body in real time. The projected scenes on the floor and walls are fully customisable, greatly increasing flexibility and opening up entirely new possibilities for physically active video games - known as "Exergames".
Target Group
The system is designed for a wide audience, from older adults to elite athletes. It has the potential to significantly enhance both the efficiency and effectiveness of brain executive function training.
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