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Keyword: NEUROENGINEERING

A graph-based approach to study muscle coordination during walking in patients affected by Parkinson’s disease  AGOSTINI VALENTINA  GHISLIERI MARCO  Biolab: Ingegneria Biomedica
An MCDA approach for the selection of the optimal number of muscle synergies  AGOSTINI VALENTINA  GHISLIERI MARCO  Biolab: Ingegneria Biomedica
Design and validation of a machine learning-based approach for the identification of curved trajectories during walking in healthy and pathological conditions  AGOSTINI VALENTINA  GHISLIERI MARCO  Biolab: Ingegneria Biomedica
Detection of muscle activity after Anterior Cruciate Ligament (ACL) reconstruction: analysis of landing tasks  AGOSTINI VALENTINA  GHISLIERI MARCO  Biolab: Ingegneria Biomedica
Evaluation of neck muscle function in patients with vestibular disorders  GHISLIERI MARCO  Biolab: Ingegneria Biomedica
No stress manufacturing: valutare la variazione di parametri neurofisiologici generata da simulazioni di contesti produttivi differenti  AGOSTINI VALENTINA  CANTAMESSA MARCO  Biolab: Ingegneria Biomedica  DIGEP
Processing of intracortical recordings collected in Parkinson disease patients during Deep Brain Stimulation neurosurgery  AGOSTINI VALENTINA  GHISLIERI MARCO  Biolab: Ingegneria Biomedica
Simulative analysis of the microelectrode-brain tissue interface  DEMARCHI DANILO  MOTTO ROS PAOLO  MiNES (Micro&Nano Electronic Systems — https://mines.polito.it)
Study and design of a micro-oscillator in 180 nm CMOS technology  DEMARCHI DANILO  MOTTO ROS PAOLO  MiNES (Micro&Nano Electronic Systems — https://mines.polito.it)
Study of muscle synergies and posturographic parameters during single-leg stance in patients suffering from chronic ankle instability  AGOSTINI VALENTINA  GHISLIERI MARCO  Biolab: Ingegneria Biomedica