Analysis of human gait balance based on plantar pressure sensors

Abstract

This study presents a comprehensive analysis of human gait balance using plantar pressure sensors. The research aimed to enhance the understanding of gait mechanics through detailed pressure data obtained from various activities performed by healthy male subjects. Using plantar pressure sensors and IMU sensors, the study captured pressure distribution across multiple foot regions during a variety of controlled indoor activities. Advanced data analysis techniques, such as recurrence plots and similarity scoring between sensor positions, were employed to assess the stability and symmetry of gait patterns. The findings highlight the potential of plantar pressure sensors in identifying gait imbalances and contributing to personalized medical interventions.