Stoecker, M. Size and position invariant visual representation supports retinotopic maps via selective backward paths: A dynamic second order neural network model for a possible functional role of recurrent connections in the visual cortex. Neurocomputing :an international journal..
Chicago-referens (17:e uppl.)Stoecker, Michael. "Size and Position Invariant Visual Representation Supports Retinotopic Maps via Selective Backward Paths: A Dynamic Second Order Neural Network Model for a Possible Functional Role of Recurrent Connections in the Visual Cortex." Neurocomputing :an International Journal. .
MLA-referens (9:e uppl.)Stoecker, Michael. "Size and Position Invariant Visual Representation Supports Retinotopic Maps via Selective Backward Paths: A Dynamic Second Order Neural Network Model for a Possible Functional Role of Recurrent Connections in the Visual Cortex." Neurocomputing :an International Journal., .