Sesión 8 – Ingeniería de rehabilitación (aportes)

SABI2020
Sesión 8 – Ingeniería de rehabilitación (aportes)
Moderadores: Carolina Tabernig y Florencia Peirano
Jueves 5 de marzo, de 15:00 a 16:45 – Sala Jardín
Trabajos aceptados: 10

Presentaciones orales

Horario de presentaciónTituloAutores
15:00 – 15:1516Motor Imagery in Time-Frequency Domain Classified with Convolutional Neural NetworkMatheus Mussi, Marilda Spindola and Patric Marques
15:18 – 15:3345Lower limb motor intention: ERD time-course analysis in stroke and healthy subjectsBrigitte Aguilar Gonzalez, L. Carolina Carrere and Carolina Tabernig
15:36 – 15:5152Comparison of feature extraction methods in EEG-based brain computer interfacesAldana Roberts González, Francisco Guaita, Maximiliano Rossi, Carolina Tabernig and Rubén Acevedo
15:54 – 16:09170Description of short-term motor changes in upper limb rehabilitation through serious game: preliminary studyAlejandro Rodrigo, Emanuel Tello, Fernando Acosta, Matías Salvá, Jose Ruiz, Elisa Perez, Ricardo Armentano and Natalia M. López
16:12 – 16:27219Diseño y validación de un Exoesqueleto para extremidades inferioresJohn Calle, Christian Feican and César Saquicela
16:30 – 16:45234Metabolic quantification 18F-DOPA in PET-MRIscans of patients with Parkinson’s diseaseZahira Abdala, Emiliano Marino, Roberto Isoardi, Manuel Guirao, Juan Pablo Graffigna and Rocío Buenamaizon

Pósters

TituloAutores
9Postural adaptation after isolated sensorial stimulation by virtual reality technology in parkinson diseasePilar Michelini, Enrique Ferreira and Hamlet Suárez
145Detection of ERD in EEG-based brain computer interfaces using wavelet transform and empirical modal decompositionMaría Del Rosario Toffoli González, Aldan I. Roberts Gonzalez, Roberto Sánchez Amador, Carolina B. Tabernig and Rubén C. Acevedo
146Can the Wii Balance Board be used for rehabilitation assessment and scientific purposes?Facundo Urteaga, Cielo Godoy, Yanina Atum, Ricardo Rettore, José Biurrun Manresa and Christian Mista
158Customized assistive devices for students with neuromuscular disabilities produced with 3D printing technologiesMelina Belén Zapata, Juan Beret, Natalia Suarez, Mathias Rosas and Leonardo Nicola Siri
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