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Neuroscience / Motor control / Neurology / Stroke / Neurophysiology / Brain–computer interface / Stroke recovery / Motor learning / Motor program / Medicine / Mind / Biology


Augmenting Cognitive Processes in Robot-Assisted Motor Rehabilitation
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Document Date: 2008-10-28 01:52:42

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City

Neuroscience Institute / Seng Hospital / Auckland / Redding / Parry / Lincoln / /

Company

MIT Press / IEEE Intelligent Systems / Agency for Science / PET / Filter Bank Common / EEG / M. Esterman L. C. / /

Country

United States / Singapore / /

Currency

pence / USD / /

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Facility

Tan Tock Seng Hospital / Haihong Zhang Institute / National Neuroscience Institute / /

IndustryTerm

online therapy / magnetic resonance imaging / online accuracy / online testing phase / brain networks / rehabilitation protocol / robotic device / bank / brain-computer interface technology / functional magnetic resonance imaging / robotic rehabilitation protocol / information technology / online phase / robotic technology / robotic rehabilitation systems / therapy for stroke / /

MarketIndex

set 40 / set 80 / /

MedicalCondition

hemiplegia / post-stroke depression / hemiparesis / hemiparetic stroke / chronic / stroke / depression / /

MedicalTreatment

imagery / physiotherapy / physical therapy / occupational therapy / biofeedback / /

Organization

MIT / Prime Minister’s Office / Ethics Approval Board / Haihong Zhang Institute / Infocomm Research Agency for Science / Research and Technology / Science and Engineering Research Council of A*STAR / Agency for Science / Technology and Research / /

Person

F. B. Van de Weg / Christopher Kuah / Ann Neurol / Beng Ti Ang / Karen Chua / F. Chollet / V / Arch Phys Med / Kai Keng Ang / I. H. Robertson / V / M. Jeannerod / V / /

Position

driver / t.d. / Representative / D. J. / /

Product

Franklin / NuAmps amplifier / measured using a NuAmps amplifier / NuAmps / /

ProvinceOrState

New Brunswick / South Dakota / /

PublishedMedium

IEEE Intelligent Systems / Nature Neuroscience / /

Technology

neuroscience / robotic rehabilitation protocol / FBCSP algorithm / Spatial Pattern algorithm / brain-computer interface technology / information technology / tomography / BCI technology / biofeedback / magnetic resonance imaging / spectroscopy / rehabilitation protocol / robotic technology / /

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