Carnegie Mellon University / University of Kansas / Laboratory Animals / SmithKettlewell Eye Research Institute / Mellon Institute / /
IndustryTerm
disparity energy neurons / disparity energy model / neural disparity processing / disparity energy model expansive output nonlinearity / feedforward network / feedforward disparity energy model / disparity energy model neuParker / recurrent network / disparity processing / feedforward networks / correct solution / energy model / simplest explanation to our recurrent network / us with insight into how network / /
Organization
National Institute of Health / SmithKettlewell Eye Research Institute / National Science Foundation / Institutional Animal Care and Use Committee / University of Kansas / Center for the Neural Basis of Cognition / Brain Imaging Center / Air Force office of Scientific Research / Cognition and Computer Science Department / Carnegie Mellon University / Pittsburgh / Department of Health / Mellon Institute / /
Person
Jason M. Samonds / Spike / Prince / Ryan Poplin / Tai Sing / Ryan Kelly / Karen McCracken / Matt Smith / Nicholas Hatsopoulos / /
Position
model for increasing aperture size / Author / Prince / representative / /
2934 • The Journal of Neuroscience, February 13, 2013 • 33(7):2934 –2946 Systems/Circuits Recurrent Connectivity Can Account for the Dynamics of Disparity Processing in V1