This study presents an algorithm to estimate gait features, from on-body mounted inertial sensors, and preliminary results on two sampling populations. Estimated gait features are compared with gold standard system (camera-based) for gait analysis. Difference of estimated step length and god standard measure is below 5% when considering median values. Results are promising toward the aim of including this approach in a system for training and assessment of gait for people with movement disorders.

Toward the use of wearable inertial sensors to train gait in subjects with movement disorders

Ferrari, A.;Rocchi, L.;
2013

Abstract

This study presents an algorithm to estimate gait features, from on-body mounted inertial sensors, and preliminary results on two sampling populations. Estimated gait features are compared with gold standard system (camera-based) for gait analysis. Difference of estimated step length and god standard measure is below 5% when considering median values. Results are promising toward the aim of including this approach in a system for training and assessment of gait for people with movement disorders.
2013
Biosystems and Biorobotics
937
940
Ferrari, A.*; Rocchi, L.; van den Noort, J.; Harlaar, J.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/685696
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