Silvestro Micera | Scuola Superiore Sant'Anna

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Sant'Anna - School of Advanced Studies Pisa

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Publications

V., Kogler; T. A. K., Nguyen; J., Digiovanna; Micera, Silvestro

Recording vestibular evoked potentials induced by electrical stimulation of the horizontal semicircular canal in guinea pig Open new browser tab

(2011)
T. A. K., Nguyen; V., Kogler; J., Digiovanna; Micera, Silvestro

Finding physiological responses in vestibular evoked potentials Open new browser tab

(2011)
Chisari, C.; Monaco, Vito; Venturi, M.; Simonella, C.; Micera, Silvestro; Rossi, B.

Training robot-assistito della deambulazione in individui post-stroke: effetti sul recupero motorio e sulla neuroplasticità Open new browser tab

(2011)
A., Crema; A., Mcnaught; U., Albisser; M., Bolliger; Micera, Silvestro; A., Curt; M., Morari

A hybrid tool for reaching and grasping rehabilitation: The ArmeoFES Open new browser tab

(2011)
W., Poppendieck; K. P., Hoffmann; D., Merfeld; J. P., Guyot; Micera, Silvestro

Ethical issues in the development of a vestibular prosthesis Open new browser tab

(2011)
Martelli, Dario; Monaco, Vito; Micera, Silvestro

Detecting falls by analyzing angular momentum Open new browser tab

(2011)
M., Capogrosso; Raspopovic, Stanisa; Micera, Silvestro

Does multipolar stimulation enhance selectivity of the TIME electrode? A simulation study using a genetic algorithm Open new browser tab

(2011)
Ghionzoli, Alessio; Genovese, Vincenzo; Bossi, Silvia; Stefanini, Cesare; Micera, Silvestro

Preliminary Results on the Design of a tool for Inserting of Transverse Intrafascicular Multichannel Electrodes (TIME) into the peripheral nervous tissue Open new browser tab

(2011)
Carpaneto J; Cutrone A; Bossi S; Sergi P; Citi L; Rigosa J; Rossini PM; Micera S

Activities on PNS neural interfaces for the control of hand prostheses Open new browser tab

(2011)
Ghionzoli, Alessio; Genovese, Vincenzo; Bossi, Silvia; Stefanini, Cesare; Micera, Silvestro

Preliminary results on the design of a tool for inserting of transverse intrafascicular multichannel electrodes (TIME) into the peripheral nervous system Open new browser tab

(2011)