50 research outputs found
Exogenous and endogenous orienting of visuospatial attention in P300-guidedbrain computer interfaces: A pilot study on healthy participants
No full textStima della prevalenza dell'insufficienza renale cronica nel Veneto con reti bayesiane: analisi delle strategie di prevenzione secondaria
No full textAn application of Brain Computer Interface in chronic stroke to improve arm reaching function exploiting Operant Learning strategy and Brain Plasticity
No full textThe paper deals with a specific kind of BCI application implemented with the aim of recovering the reaching ability of mild impaired stroke survivors. The overall idea is to take advantage of the plasticity of the brain to make the subject artificially learn alternative neural paths to control the arm movement again, bypassing the injured area thanks to a BCI system with an EEG-related force provided as a real-time feedback during the training period. Preliminary results have shown improvements in the kinematics of the upper limb motion of a first patient that performed this experimental rehabilitative program. Then, this BCI application is expected to enter soon the daily clinical practise as a useful tool besides the standard rehabilitation therapy
Covert visuospatial attention orienting in a brain-computer interface for amyotrophic lateral sclerosis patients.
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Dopaminergic medication modulates learning from feedback and error-related negativity in parkinson’s disease: A pilot study
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A portable electroencephalogram acquisition system dedicated to the Brain Computer Interface
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