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City St Lucia / / Company Wilson / Creative Commons / / Country Australia / United Kingdom / / / Facility University of Tuebingen / Queensland Brain Institute / University College London / University of Queensland / Max Planck Institute / / IndustryTerm sensory processing / related optimisation algorithms / optimisation algorithms / optical imaging techniques / optical imaging / license applications / particular algorithm / / Organization Gatsby Computational Neuroscience Unit / School of Mathematics and Physics / Gatsby Charitable Foundation / Queensland Brain Institute / Tuebingen and Max Planck Institute for Biologial Cybernetics Tuebingen / University of Queensland / University College London / London / University of Tuebingen / / Person Levitt Sluyters / Schmidt / Van Sluyters / Blakemore Sluyters / Matthias Bethge / / Position Author / original author / Editor / Singer / Representative / / ProvinceOrState Queensland / / PublishedMedium PLOS Computational Biology / the PLOS Computational Biology / / Technology Neuroscience / particular algorithm / optimisation algorithms / three related optimisation algorithms / / URL www.ploscompbiol.org / / SocialTag 
Sparse Coding Can Predict Primary Visual Cortex Receptive Field Changes Induced by Abnormal Visual Input Jonathan J. Hunt1, Peter Dayan2, Geoffrey J. Goodhill1,3* 1 Queensland Brain Institute, University of Queensland, S