| Document Date: 2014-01-03 14:54:29
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City Manchester / Scoville / / Company Simpler Networks / Patterson / / Facility Stanford University / Massachusetts Institute of Technology / / IndustryTerm intact network / real biological neural networks / recurrent attractor neural network / networks / recurrent networks / back propagation gradient descent learning algorithm / dot product / recurrent network / semantic processing / feedforward networks / imaging / / MedicalCondition bilateral diseases / disease / amnesia / anomia / neurodegenerative disease experience / observed memory deficit / stroke / intractable temporal lobe epilepsy / herpes simplex virus encephalitis / long-standing epilepsy / semantic dementia / mild semantic dysfunction / profound memory loss / / Organization Stanford University / Massachusetts Institute of Technology / 2Princeton University / / Person Barrera / Matthew A. Lambon / / Position Warden / / ProvinceOrState South Dakota / Wisconsin / Massachusetts / Warrington / / PublishedMedium Journal of Cognitive Neuroscience / the Gaus2116 Journal / / SportsLeague Stanford University / / Technology neuroscience / 2013 Massachusetts Institute of Technology / neural network / simulation / html / back propagation gradient descent learning algorithm / MRI / / URL www.stanford / /
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Why Bilateral Damage Is Worse than Unilateral Damage to the Brain Anna C. Schapiro1,2, James L. McClelland1, Stephen R. Welbourne3, Timothy T. Rogers4, and Matthew A. Lambon Ralph3 Abstract