This paper describes an action classification pipeline for detecting and evaluating correct execution of actions in video recorded by smartphone cameras; the use case is that of simplifying monitoring of how physiotherapeutic exercises are performed by patients in the comfort of their own home, reducing the need of physical presence of therapists. Our approach is based on applying DensePose to every frame of acquired video and subsequent sequence analysis by an LSTM network. We validate our proposed recognition approach on a subset of the NTU RGB+D dataset in order to determine the best classification pipeline for this application. We also describe a mobile, cross-platform application called DeepPhysio that is designed to allow at physiotherapy patients to obtain immediate feedback about the correctness of the physical exercises. Preliminary usability analysis shows that this type of application can be effective at monitoring physiotherapy exercises.

DeepPhysio: Monitored Physiotherapeutic Exercise in the Comfort of your Own Home / Sanesi, Gianmarco; Bagdanov, Andrew D.; Bertini, Marco; Del Bimbo, Alberto. - STAMPA. - (2019), pp. 2219-2220. (Intervento presentato al convegno ACM International Conference on Multimedia) [10.1145/3343031.3350605].

DeepPhysio: Monitored Physiotherapeutic Exercise in the Comfort of your Own Home

Bagdanov, Andrew D.;Bertini, Marco;Del Bimbo, Alberto
2019

Abstract

This paper describes an action classification pipeline for detecting and evaluating correct execution of actions in video recorded by smartphone cameras; the use case is that of simplifying monitoring of how physiotherapeutic exercises are performed by patients in the comfort of their own home, reducing the need of physical presence of therapists. Our approach is based on applying DensePose to every frame of acquired video and subsequent sequence analysis by an LSTM network. We validate our proposed recognition approach on a subset of the NTU RGB+D dataset in order to determine the best classification pipeline for this application. We also describe a mobile, cross-platform application called DeepPhysio that is designed to allow at physiotherapy patients to obtain immediate feedback about the correctness of the physical exercises. Preliminary usability analysis shows that this type of application can be effective at monitoring physiotherapy exercises.
2019
Proceedings of the 27th ACM International Conference on Multimedia
ACM International Conference on Multimedia
Sanesi, Gianmarco; Bagdanov, Andrew D.; Bertini, Marco; Del Bimbo, Alberto
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Utilizza questo identificatore per citare o creare un link a questa risorsa: https://hdl.handle.net/2158/1175401
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