Summary
This work introduces a proactive approach to addressing falls by using visual feedback of predicted future balance. The study employs a mathematical model based on an inverted pendulum model. Time series realizations demonstrate that visual feedback reduces postural sway, with trust in the technology influencing effectiveness. The parametric study reveals that achieving 100% trust is not necessary for optimal effectiveness. The work emphasizes the potential of this approach to support real-time, in-situ balance improvement, providing new choices for assistive devices. The findings suggest a promising avenue for technology development to prevent falls and improve balance among individuals with impaired balance.
