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Cognitive science / Motor learning / Nervous system / Perception / Motor coordination / Transfer of training / Mind / Motor control / Ethology


The Journal of Neuroscience, December 1, 2000, 20(23):8916–8924 Learning of Visuomotor Transformations for Vectorial Planning of Reaching Trajectories John W. Krakauer,1 Zachary M. Pine,2 Maria-Felice Ghilardi,3,4 and
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Document Date: 2012-07-26 22:31:07

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San Francisco / Cambridge / Milan / New York / /

Company

Claude Ghez3 / Schwartz AB / McGraw-Hill / /

Country

Jordan / Italy / /

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USD / /

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New York State Psychiatric Institute / Columbia University / College of Physicians / University of California / San Francisco Veterans Administration Medical Center / /

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Gain generalization protocol / Rotation generalization protocol / Time course protocol / separate processing / /

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Columbia University / Center for Neurobiology and Behavior / New York State Psychiatric Institute / MIT / Geriatrics Division / University of California / San Francisco / College of Physicians and Surgeons / Society for Neuroscience / San Francisco Veterans Administration Medical Center / /

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James Gordon / Jaiek Oh / John W. Krakauer / Ning Qian / Michael Kim / David Krakauer / Milana Veytsman / Thomas Frontera / Cathleen Song / Hao Huang / /

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chair / /

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South Dakota / Nova Scotia / California / New York / /

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The Journal of Neuroscience / /

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Geriatrics / Neuroscience / Time course protocol / Gain generalization protocol / Rotation generalization protocol / Regularization algorithms / /

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