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149 results on '"Bergamini, Elena"'

1. Long-term effects of bilateral subthalamic nucleus deep brain stimulation on gait disorders in Parkinson’s disease: a clinical-instrumental study

Author

Cavallieri, Francesco, Campanini, Isabella, Gessani, Annalisa, Budriesi, Carla, Fioravanti, Valentina, Di Rauso, Giulia, Feletti, Alberto, Damiano, Benedetta, Scaltriti, Sara, Guagnano, Noemi, Bardi, Elisa, Corni, Maria Giulia, Rossi, Jessica, Antonelli, Francesca, Cavalleri, Francesca, Molinari, Maria Angela, Contardi, Sara, Menozzi, Elisa, Puzzolante, Annette, Vannozzi, Giuseppe, Bergamini, Elena, Pavesi, Giacomo, Meoni, Sara, Fraix, Valérie, Fraternali, Alessandro, Versari, Annibale, Lusuardi, Mirco, Biagini, Giuseppe, Merlo, Andrea, Moro, Elena, and Valzania, Franco

Published
2023
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4. Dynamic Stability, Symmetry, and Smoothness of Gait in People with Neurological Health Conditions

Author

Tramontano, Marco, primary, Orejel Bustos, Amaranta Soledad, additional, Montemurro, Rebecca, additional, Vasta, Simona, additional, Marangon, Gabriele, additional, Belluscio, Valeria, additional, Morone, Giovanni, additional, Modugno, Nicola, additional, Buzzi, Maria Gabriella, additional, Formisano, Rita, additional, Bergamini, Elena, additional, and Vannozzi, Giuseppe, additional

Published
2024
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5. Cognitive-motor dual-task training improves dynamic stability during straight and curved gait in patients with multiple sclerosis: a randomized controlled trial

Author

TRAMONTANO, Marco, primary, ARGENTO, Ornella, additional, OREJEL BUSTOS, Amaranta S., additional, DE ANGELIS, Sara, additional, MONTEMURRO, Rebecca, additional, BOSSA, Michela, additional, BELLUSCIO, Valeria, additional, BERGAMINI, Elena, additional, VANNOZZI, Giuseppe, additional, and NOCENTINI, Ugo, additional

Published
2024
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11. Interplay between speech and gait variables in Parkinson's disease patients treated with subthalamic nucleus deep brain stimulation: A long‐term instrumental assessment

Author

Cavallieri, Francesco, primary, Gessani, Annalisa, additional, Merlo, Andrea, additional, Campanini, Isabella, additional, Budriesi, Carla, additional, Fioravanti, Valentina, additional, Di Rauso, Giulia, additional, Feletti, Alberto, additional, Damiano, Benedetta, additional, Scaltriti, Sara, additional, Guagnano, Noemi, additional, Bardi, Elisa, additional, Corni, Maria Giulia, additional, Antonelli, Francesca, additional, Cavalleri, Francesca, additional, Molinari, Maria Angela, additional, Contardi, Sara, additional, Menozzi, Elisa, additional, Puzzolante, Annette, additional, Vannozzi, Giuseppe, additional, Bergamini, Elena, additional, Pavesi, Giacomo, additional, Fraix, Valérie, additional, Meoni, Sara, additional, Fraternali, Alessandro, additional, Versari, Annibale, additional, Lusuardi, Mirco, additional, Biagini, Giuseppe, additional, Pinto, Serge, additional, Moro, Elena, additional, and Valzania, Franco, additional

Published
2023
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12. Proceedings XXIII Congresso SIAMOC 2023

Author

Bergamini, Elena, Bisi, Maria Cristina, Caliandro, Pietro, Castiglia, Stefano Filippo, Cereatti, Andrea, della Croce, Ugo, Filippi, Maria Vittoria, Guiotto, Annamaria, Nardone, Antonio, Picerno, Pietro, Ranavolo, Alberto, Serrao, Mariano, Stagni, Rita, Varrecchia, Tiwana, Bergamini, Elena, Bisi, Maria Cristina, Caliandro, Pietro, Castiglia, Stefano Filippo, Cereatti, Andrea, della Croce, Ugo, Filippi, Maria Vittoria, Guiotto, Annamaria, Nardone, Antonio, Picerno, Pietro, Ranavolo, Alberto, Serrao, Mariano, Stagni, Rita, and Varrecchia, Tiwana

Abstract

Il congresso annuale della Società Italiana di Analisi del Movimento in Clinica (SIAMOC), giunto quest’anno alla sua ventitreesima edizione, approda nuovamente a Roma. Il congresso SIAMOC, come ogni anno, è l’occasione per tutti i professionisti che operano nell’ambito dell’analisi del movimento di incontrarsi, presentare i risultati delle proprie ricerche e rimanere aggiornati sulle più recenti innovazioni riguardanti le procedure e le tecnologie per l’analisi del movimento nella pratica clinica. Il congresso SIAMOC 2023 di Roma si propone l’obiettivo di fornire ulteriore impulso ad una già eccellente attività di ricerca italiana nel settore dell’analisi del movimento e di conferirle ulteriore respiro ed impatto internazionale. Oltre ai qualificanti temi tradizionali che riguardano la ricerca di base e applicata in ambito clinico e sportivo, il congresso SIAMOC 2023 intende approfondire ulteriori tematiche di particolare interesse scientifico e di impatto sulla società. Tra questi temi anche quello dell’inserimento lavorativo di persone affette da disabilità anche grazie alla diffusione esponenziale in ambito clinico-occupazionale delle tecnologie robotiche collaborative e quello della protesica innovativa a supporto delle persone con amputazione. Verrà infine affrontato il tema dei nuovi algoritmi di intelligenza artificiale per l’ottimizzazione della classificazione in tempo reale dei pattern motori nei vari campi di applicazione.

Published
2023

16. Interplay between speech and gait variables in PD patients treated with STN-DBS: A long-term instrumental assessment

Author

Cavallieri, Francesco, Annalisa, Gessani, Merlo, Andrea, Campanini, Isabella, Budriesi, Carla, Fioravanti, Valentina, DI RAUSO, Giulia, Alberto, Feletti, Benedetta, Damiano, Scaltriti, Sara, Noemi, Guadagno, Bardi, Elisa, Corni, MARIA GIULIA, Antonelli, Francesca, Francesca, Cavalleri, Molinari, MARIA ANGELA, Sara, Contardi, Elisa, Menozzi, Puzzolante, Annette, Vannozzi, Giuseppe, Bergamini, Elena, Pavesi, Giacomo, Valérie, Fraix, Alessandro, Fraternali, Annibale, Versari, Lusuardi, Mirco, Biagini, Giuseppe, Serge, Pinto, Elena, Moro, and Valzania, Franco

Subjects
Parkinson’s Disease, STN-DBS, speech, Gait, deep brain stimulation, levodopa, Parkinson’s Disease, speech, STN-DBS, levodopa, Gait, deep brain stimulation
Published
2023

19. Proceedings XXII Congresso SIAMOC 2022

Author

Amboni, Marianna, Aprile, Irene, Bergamini, Elena, Cereatti, Andrea, Cesarelli, Mario, D'Addio, Giovanni, Ferrarin, Maurizio, Fiore, Pietro, Gargiulo, Paolo, Nardone, Antonio, Pasquini, Guido, Picerno, Pietro, Ranavolo, Alberto, Serrao, Mariano, Stagni, Rita, Amboni, Marianna, Aprile, Irene, Bergamini, Elena, Cereatti, Andrea, Cesarelli, Mario, D'Addio, Giovanni, Ferrarin, Maurizio, Fiore, Pietro, Gargiulo, Paolo, Nardone, Antonio, Pasquini, Guido, Picerno, Pietro, Ranavolo, Alberto, Serrao, Mariano, and Stagni, Rita

Abstract

Il congresso annuale della Società Italiana di Analisi del Movimento in Clinica dà l’occasione a tutti i professionisti, dell’ambito clinico e ingegneristico, di incontrarsi, presentare le proprie ricerche e rimanere aggiornati sulle più recenti innovazioni nell’ambito dell’applicazione clinica dei metodi di analisi del movimento, al fine di promuoverne lo studio e le applicazioni cliniche per migliorare la valutazione dei disordini motori, aumentare l’efficacia dei trattamenti attraverso l’analisi quantitativa dei dati e una più focalizzata pianificazione dei trattamenti, ed inoltre per quantificare i risultati delle terapie correnti.

Published
2022

25. Proceedings XXI Congresso SIAMOC 2021

Author

Stagni, Rita, Tropea, Peppino, Nardone, Antonio, Ferrarin, Maurizio, Guiotto, Annamaria, Pasquini, Guido, Picerno, Pietro, Aprile, Irene, Serrao, Mariano, Bergamini, Elena, Bisi, Maria Cristina, Stagni, Rita, Tropea, Peppino, Nardone, Antonio, Ferrarin, Maurizio, Guiotto, Annamaria, Pasquini, Guido, Picerno, Pietro, Aprile, Irene, Serrao, Mariano, Bergamini, Elena, and Bisi, Maria Cristina

Abstract

XXI Congresso Annuale della SIAMOC, modalità telematica il 30 settembre e il 1° ottobre 2021. Come da tradizione, il congresso vuole essere un’occasione di arricchimento e mutuo scambio, dal punto di vista scientifico e umano. Verranno toccati i temi classici dell’analisi del movimento, come lo sviluppo e l’applicazione di metodi per lo studio del movimento nel contesto clinico, e temi invece estremamente attuali, come la teleriabilitazione e il telemonitoraggio.

Published
2021

27. Wearable Sensors in Sports for Persons with Disability: A Systematic Review

Author

Rum, Lorenzo, primary, Sten, Oscar, additional, Vendrame, Eleonora, additional, Belluscio, Valeria, additional, Camomilla, Valentina, additional, Vannozzi, Giuseppe, additional, Truppa, Luigi, additional, Notarantonio, Marco, additional, Sciarra, Tommaso, additional, Lazich, Aldo, additional, Mannini, Andrea, additional, and Bergamini, Elena, additional

Published
2021
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28. 'On the impact of the erroneous identification of inertial sensors' locations on segments and whole body centers of mass accelerations in transfemoral amputees: a sensitivity study' - Dataset

Author

Joseph, Basel, Simonetti Emeline, Bergamini Elena, and Pillet Hélène

Subjects
Optical motion capture system, Gait analysis, Magneto-inertial measurement unit, Center of mass, Transfemoral amputees
Abstract

Gait data of a subject with transfemoral amputation. The subject was equipped with a set of 5 magneto-inertial measurement units (MIMUs) (Xsens Technologies B.V., Enschede, The Netherlands, 100 sample·s-1) located on the trunk (over the sternum), both prosthetic and sound thighs (ThighP, ThighS) and shanks (ShankP, ShankS) and a set of 59 reflective markerspositioned on the patient’s anatomical landmarks. The participant was asked to walk in a straight line at his natural speed along an 8 m pathway with three force plates (AMTI, Advanced Mechanical Technology, Inc, Massachussets, USA, 1000 Hz) in its middle. Data acquisition was performed over a total of 6 trials. For each trial, only the prosthetic stride performed at steady state walking speed and occurring on the force plates was considered. All relevant data are within the structure “Data.mat”.This structure array contains reference acceleration data from the force platforms, position dataof the segments center of mass (SCoM) and of the MIMUs obtained using the positions of optical motion capture (OMC) markersand data fromMIMUs. All data are already synchronized.

Published
2020
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29. 'On the impact of the identification of inertial sensors location on the estimation of segment and body centers of mass in transfemoral amputees: a sensitivity study' - Dataset

Author

Basel Joseph, Simonetti Emeline, Bergamini Elena, and Pillet Hélène

Subjects
Optical motion capture system, Gait analysis, Magneto-inertial measurement unit, Center of mass, Transfemoral amputees
Abstract

Gait data of a subject with transfemoral amputation. The subject was equipped with a set of 5 magneto-inertial measurement units (MIMUs) (Xsens Technologies B.V., Enschede, The Netherlands, 100 sample·s-1) located on the trunk (over the sternum), both prosthetic and sound thighs (ThighP, ThighS) and shanks (ShankP, ShankS) and a set of 59 reflective markerspositioned on the patient’s anatomical landmarks. The participant was asked to walk in a straight line at his natural speed along an 8 m pathway with three force plates (AMTI, Advanced Mechanical Technology, Inc, Massachussets, USA, 1000 Hz) in its middle. Data acquisition was performed over a total of 6 trials. For each trial, only the prosthetic stride performed at steady state walking speed and occurring on the force plates was considered. All relevant data are within the structure “Data.mat”.This structure array contains reference acceleration data from the force platforms, position dataof the segments center of mass (SCoM) and of the MIMUs obtained using the positions of optical motion capture (OMC) markersand data fromMIMUs. All data are already synchronized.

Published
2020
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30. 'Definition of an optimal model based on segments' contribution for the estimation of the acceleration of the center of mass in people with lower-limb amputation' data

Author

Basel Joseph, Simonetti Emeline, Bergamini Elena, and Pillet Hélène

Subjects
Optical motion capture system, Gait analysis, Magneto-inertial measurement unit, Center of mass, Transfemoral amputees
Abstract

Gait data of a subject with transfemoral amputation. The subject was equipped with a set of 5 magneto-inertial measurement units (MIMUs) (Xsens Technologies B.V., Enschede, The Netherlands, 100 sample·s-1) located on the trunk (over the sternum), both prosthetic and sound thighs (ThighP, ThighS) and shanks (ShankP, ShankS) and a set of 59 reflective markerspositioned on the patient’s anatomical landmarks. The participant was asked to walk in a straight line at his natural speed along an 8 m pathway with three force plates (AMTI, Advanced Mechanical Technology, Inc, Massachussets, USA, 1000 Hz) in its middle. Data acquisition was performed over a total of 6 trials. For each trial, only the prosthetic stride performed at steady state walking speed and occurring on the force plates was considered. All relevant data are within the structure “Data.mat”.This structure array contains reference acceleration data from the force platforms, position dataof the segments center of mass (SCoM) and of the MIMUs obtained using the positions of optical motion capture (OMC) markersand data fromMIMUs. All data are already synchronized.

Published
2020
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38. Natural locomotion based on a reduced set of inertial sensors: decoupling body and head directions indoors

Author

Bergamini, Elena, de la Rubia, Ernesto, Diaz-Estrella, Antonio, Reyes-Lecuona, Arcadio, Langley, Alyson, Brown, Michael, and Sharples, Sarah

Abstract

Inertial sensors offer the potential for integration into wireless virtual reality systems that allow the users to walk freely through virtual environments. However, owing to drift errors, inertial sensors cannot accurately estimate head and body orientations in the long run, and when walking indoors, this error cannot be corrected by magnetometers, due to the magnetic field distortion created by ferromagnetic materials present in buildings. This paper proposes a technique, called EHBD (Equalization of Head and Body Directions), to address this problem using two head- and shoulder-located magnetometers. Due to their proximity, their distortions are assumed to be similar and the magnetometer measurements are used to detect when the user is looking straight forward. Then, the system corrects the discrepancies between the estimated directions of the head and the shoulder, which are provided by gyroscopes and consequently are affected by drift errors. An experiment is conducted to evaluate the performance of this technique in two tasks (navigation and navigation plus exploration) and using two different locomotion techniques: (1) gaze-directed mode (GD) in which the walking direction is forced to be the same as the head direction, and (2) decoupled direction mode (DD) in which the walking direction can be different from the viewing direction. The obtained results show that both locomotion modes show similar matching of the target path during the navigation task, while DD’s path matches the target path more closely than GD in the navigation plus exploration task. These results validate the EHBD technique especially when allowing different walking and viewing directions in the navigation plus exploration tasks, as expected. While the proposed method does not reach the accuracy of optical tracking (ideal case), it is an acceptable and satisfactory solution for users and is much more compact, portable and economical

Published
2018

46. Trends Supporting the In-Field Use ofWearable Inertial Sensors for Sport Performance Evaluation: A Systematic Review.

Author

Camomilla, Valentina, Bergamini, Elena, Fantozzi, Silvia, and Vannozzi, Giuseppe

Subjects
*BIOMECHANICS research, *ACCELEROMETERS, *MICROELECTROMECHANICAL systems, *GYROSCOPES, *PERFORMANCE evaluation, *STATISTICAL methods in motion analysis, *ATHLETES, *MATHEMATICAL models, DESIGN & construction
Abstract

Recent technological developments have led to the production of inexpensive, non-invasive, miniature magneto-inertial sensors, ideal for obtaining sport performance measures during training or competition. This systematic review evaluates current evidence and the future potential of their use in sport performance evaluation. Articles published in English (April 2017) were searched in Web-of-Science, Scopus, Pubmed, and Sport-Discus databases. A keyword search of titles, abstracts and keywords which included studies using accelerometers, gyroscopes and/or magnetometers to analyse sport motor-tasks performed by athletes (excluding risk of injury, physical activity, and energy expenditure) resulted in 2040 papers. Papers and reference list screening led to the selection of 286 studies and 23 reviews. Information on sport, motor-tasks, participants, device characteristics, sensor position and fixing, experimental setting and performance indicators was extracted. The selected papers dealt with motor capacity assessment (51 papers), technique analysis (163), activity classification (19), and physical demands assessment (61). Focus was placed mainly on elite and sub-elite athletes (59%) performing their sport in-field during training (62%) and competition (7%). Measuring movement outdoors created opportunities in winter sports (8%), water sports (16%), team sports (25%), and other outdoor activities (27%). Indications on the reliability of sensor-based performance indicators are provided, together with critical considerations and future trends. [ABSTRACT FROM AUTHOR]

Published
2018
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