Full Body Tactile Brain-Computer Interface

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Transcript of Full Body Tactile Brain-Computer Interface

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Toward a QoL improvement of ALS patients: Development of the Full-body P300-based Tactile Brain-Computer Interface

Toward a QoL improvement of ALS patients: Development of the Full-body P300-based Tactile Brain-Computer Interface

Brain to brain interface.1

Brain to brain interface.1

Ergonomie web & interface tactile

Ergonomie web & interface tactile

Tactile Brain–computer Interface Using …maki/reprint/Tomek/kodama16...Tactile Brain–computer Interface Using Classification of P300 Responses Evoked by Full Body Spatial Vibrotactile

Tactile Brain–computer Interface Using …maki/reprint/Tomek/kodama16...Tactile Brain–computer Interface Using Classification of P300 Responses Evoked by Full Body Spatial Vibrotactile

Spatial Tactile Brain-Computer Interface Paradigm Applying ...maki/reprint/Tomek/kodama14bci1-4.pdf · Spatial Tactile Brain-Computer Interface Paradigm Applying Vibration Stimuli

Spatial Tactile Brain-Computer Interface Paradigm Applying ...maki/reprint/Tomek/kodama14bci1-4.pdf · Spatial Tactile Brain-Computer Interface Paradigm Applying Vibration Stimuli

Tactile Brain–computer Interface Using Classification of ...maki/reprint/Tomek/... · Tactile Brain–computer Interface Using Classification of P300 Responses Evoked by Full

Tactile Brain–computer Interface Using Classification of ...maki/reprint/Tomek/... · Tactile Brain–computer Interface Using Classification of P300 Responses Evoked by Full

Brain computer interface

Brain computer interface

Convolutional Neural Network Architecture and Input Volume Matrix Design for ERP Classifications in a Tactile P300–based Brain–Computer Interface

Convolutional Neural Network Architecture and Input Volume Matrix Design for ERP Classifications in a Tactile P300–based Brain–Computer Interface

Spatial tactile brain-computer interface paradigm by applying vibration stimulus to large body areas

Spatial tactile brain-computer interface paradigm by applying vibration stimulus to large body areas

Tactile and Bone-conduction Auditory Brain …maki/reprint/Tomek/mori...Tactile and Bone-conduction Auditory Brain Computer Interface for Vision and Hearing Impaired Users - Stimulus

Tactile and Bone-conduction Auditory Brain …maki/reprint/Tomek/mori...Tactile and Bone-conduction Auditory Brain Computer Interface for Vision and Hearing Impaired Users - Stimulus

A Tactile P300-based Brain-Computer Interface Accuracy Improvement

A Tactile P300-based Brain-Computer Interface Accuracy Improvement

Brain Tactile agnosia - Claremont McKenna College caselli farah t… · Tactile agnosia Underlying impairment and implications for normal tactile ... 1 Department of Psychology, University

Brain Tactile agnosia - Claremont McKenna College caselli farah t… · Tactile agnosia Underlying impairment and implications for normal tactile ... 1 Department of Psychology, University

Brain Computer Interface/Brain Machine Interface

Brain Computer Interface/Brain Machine Interface

A Tactile P300 Brain-Computer Interface: Principle and ...

A Tactile P300 Brain-Computer Interface: Principle and ...

Tactile Brain-Computer Interface Using Classification of P300 Responses Evoked by Full Body Spatial Vibrotactile Stimuli

Tactile Brain-Computer Interface Using Classification of P300 Responses Evoked by Full Body Spatial Vibrotactile Stimuli

Brain computing Interface

Brain computing Interface

Convolutional Neural Network Architecture and Input …maki/reprint/Tomek/kodama17embc3814-381… · for ERP Classications in a Tactile P300 based Brain Computer Interface ... (EEG)

Convolutional Neural Network Architecture and Input …maki/reprint/Tomek/kodama17embc3814-381… · for ERP Classications in a Tactile P300 based Brain Computer Interface ... (EEG)

Inter–stimulus Interval Study for the Tactile …Inter–stimulus Interval Study for the Tactile Point–pressure Brain–computer Interface Kensuke Shimizu 1 ;, Shoji Makino , and

Inter–stimulus Interval Study for the Tactile …Inter–stimulus Interval Study for the Tactile Point–pressure Brain–computer Interface Kensuke Shimizu 1 ;, Shoji Makino , and

Tactile Enumeration and Brain Plasticity in Acquired Acalculiain.bgu.ac.il/en/Labs/CNL/Pages/posters/2017/CNS2017_zahira.pdf · Title: Tactile Enumeration and Brain Plasticity in

Tactile Enumeration and Brain Plasticity in Acquired Acalculiain.bgu.ac.il/en/Labs/CNL/Pages/posters/2017/CNS2017_zahira.pdf · Title: Tactile Enumeration and Brain Plasticity in

P11017: Tactile Navigation Interface

P11017: Tactile Navigation Interface