This data features the response in the cortex, measured using electroencephalography (EEG), to manipulations of the wrist joint applied by a robotic manipulator
Abstract—This work aims to analyze the relation between the movement of an anthropomorphic robotic m...
Thesis (Ph.D.)--University of Washington, 2013Electrophysiology studies of the brain allow us to stu...
Interfacing an amputee's upper-extremity stump nerves to control a robotic hand requires training of...
Cortical responses to continuous stimuli as recorded using either magneto- or electroencephalography...
Joint manipulation elicits a response from the sensors in the periphery which, via the spinal cord, ...
Joint manipulation elicits a response from the sensors in the periphery which, via the spinal cord, ...
Background: Cortical damage after stroke can drastically impair sensory and motor function of the up...
Mechanical perturbations applied to the wrist joint typically evoke a stereotypical sequence of cort...
Corticomuscular communication during wrist motor tasks was investigated in this study. EEG signals f...
Objective: Nonlinear modeling of cortical responses (EEG) to wrist perturbations allows for the quan...
The ability to control and adapt joint stiffness is essential in human motor control. Both control l...
This work uses Magnetoencephalography (MEG) to investigate movement-related neural activity in the c...
Objective: Nonlinear modeling of cortical responses (EEG) to wrist perturbations allows for the quan...
Cortical damage after a stroke often affects movement control, resulting in impairments such as pare...
EEG recording data of 20 healthy subjects when they felt tendon vibration on their wrist while doing...
Abstract—This work aims to analyze the relation between the movement of an anthropomorphic robotic m...
Thesis (Ph.D.)--University of Washington, 2013Electrophysiology studies of the brain allow us to stu...
Interfacing an amputee's upper-extremity stump nerves to control a robotic hand requires training of...
Cortical responses to continuous stimuli as recorded using either magneto- or electroencephalography...
Joint manipulation elicits a response from the sensors in the periphery which, via the spinal cord, ...
Joint manipulation elicits a response from the sensors in the periphery which, via the spinal cord, ...
Background: Cortical damage after stroke can drastically impair sensory and motor function of the up...
Mechanical perturbations applied to the wrist joint typically evoke a stereotypical sequence of cort...
Corticomuscular communication during wrist motor tasks was investigated in this study. EEG signals f...
Objective: Nonlinear modeling of cortical responses (EEG) to wrist perturbations allows for the quan...
The ability to control and adapt joint stiffness is essential in human motor control. Both control l...
This work uses Magnetoencephalography (MEG) to investigate movement-related neural activity in the c...
Objective: Nonlinear modeling of cortical responses (EEG) to wrist perturbations allows for the quan...
Cortical damage after a stroke often affects movement control, resulting in impairments such as pare...
EEG recording data of 20 healthy subjects when they felt tendon vibration on their wrist while doing...
Abstract—This work aims to analyze the relation between the movement of an anthropomorphic robotic m...
Thesis (Ph.D.)--University of Washington, 2013Electrophysiology studies of the brain allow us to stu...
Interfacing an amputee's upper-extremity stump nerves to control a robotic hand requires training of...
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