Dr. Lynn Olzak
Associate Professor of Psychology
Brain and Cognitive Sciences
Miami University of Ohio


 
293 Statistics

273 Intro to Perception

273syllabus

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Vita

 
                                                          Department of Psychology
                                                          206B Benton Hall
                                                          Miami University
                                                          Oxford, Ohio 45056
                                                          (513) 529-1754 (voice)
                                                          (513) 529-2420 (fax)
                                                          olzakla@muohio.edu (e-mail)
                                                                   Research Interests

                                  Identifying and psychophysically describing systems of cortical
                                  neurons and neural mechanisms that underlie basic visual
                                  processes. My interests focus on the perception of brightness,
                                  color, and patterns, on mechanisms underlying figure-ground
                                  segregation. I use computer-generated images to measure normal
                                  human performance in a visual task. Changes in performance
                                  under different conditions permit inferences about the underlying
                                  neural mechanisms, from which I develop quantitative models of
                                  these mechanisms and processes. I have recently described a
                                  model of two families of specialized neural pathways. One is
                                  tailored to signal information about object borders and may be
                                  involved in shape recognition. The other signals information about
                                  surface textures. Both may be involved in scene segregation. I am
                                  currently exploring the properties of these and other mid-level
                                  cortical processes.