The study of postural control system is relevant by academic and clinical points of view, and it can be improved by considering model-based approaches. In this framework, to improve the understanding of the underlying mechanism of balance control, it is often necessary to apply external perturbations to the body of a patient. This work deals with the parametric identification of postural control models by fitting with experimental data collected with a custom-made automated perturbation device. The results of model optimization are discussed and provide a preliminary validation of the methodology.
Parametric Identification of Postural Control Models in Humans Challenged by Impulse-Controlled Perturbations / DE BENEDICTIS, Carlo; Paterna, Maria; Berettoni, Andrea; Ferraresi, Carlo. - ELETTRONICO. - 133:(2023), pp. 228-237. (Intervento presentato al convegno MESROB 2023 tenutosi a Craiova (Romania) nel 7-10 giugno 2023) [10.1007/978-3-031-32446-8_25].
Parametric Identification of Postural Control Models in Humans Challenged by Impulse-Controlled Perturbations
Carlo De Benedictis;Maria Paterna;Andrea Berettoni;Carlo Ferraresi
2023
Abstract
The study of postural control system is relevant by academic and clinical points of view, and it can be improved by considering model-based approaches. In this framework, to improve the understanding of the underlying mechanism of balance control, it is often necessary to apply external perturbations to the body of a patient. This work deals with the parametric identification of postural control models by fitting with experimental data collected with a custom-made automated perturbation device. The results of model optimization are discussed and provide a preliminary validation of the methodology.File | Dimensione | Formato | |
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MESROB2023-postural-modeling_revision.pdf
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mesrob23-parametric_identification_final.pdf
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https://hdl.handle.net/11583/2978940