Eye Movements and Motion Perception

9th Symposium: May 29-31, 1975

Visual Perception of Motion—Allan Pantle, Chairman

Herschel W. Leibowitz & Chris A. Johnson, Pennsylvania State University, Two systems for the perception of movement

A. Clymer & Leonard Matin, Columbia University, Perception of velocity during movement aftereffect: Requirements for a multiple-channels model

Robert Sekuler, Northwestern University, Analysis and synthesis in motion perception

Stuart Anstis, Bristol University, England, Phi movement, and induced movement

Robert C. Emerson, University of Rochester, Response of cortical movement analyzers to movement and sequences of flashes

John R. Tuttle, University of Rochester, Motion detection in the retina

Perception of a Stable World—Ralph Haber, Chairman

Adriana Fiorentini & Lamberto Maffei, CNR, Italy, Perception of tilt and neural correlates

Andrew E. Kertesz, Northwestern University, The central component of cyclofusional response

Leonard Matin, Columbia University, Stabilization of visual direction during saccades and pursuit movement

Richard Held, Massachusetts Institute of Technology, Effects of visual fields rotating around the line of sight

Johannes Dichgans, University of Freiburg, West Germany, Rotation of visual fields and observers around a vertical axis: Circular vection

Lawrence R. Young, Massachusetts Institute of Technology, Linear vection and circular vection: Dynamic characteristics and vestibular constraints

Pontine Oculomotor Mechanisms—D. A. Robinson, Chairman

Ann Graybiel, Massachusetts Institute of Technology, Anatomical pathways in the brain stem oculomotor system

Robert Baker, University of Iowa, The electrophysiology of vestibulo-ocular connections in the cat

Albert Fuchs, University of Washington, The behavior of vestibular nucleus neurons during voluntary eye movement and adequate canal stimulation

Steve Highstein, C.R.S. Kaneko, A. Steinaker, B. Cohen, Albert Einstein College of Medicine, Synaptic linkage of reticulo-oculomotor pathways in the cat

Edward Keller, University of California, Berkeley, Comparison of vestibular and reticular unit activity in alert monkey

Jordan Pola, New York State College of Optometry, Eye movement and vestibular activity of MLF fibers in the alert monkey

Cerebellar Regulation of Eye Movements—Peter Schiller, Chairman

G. Melvill Jones, McGill University, Optimization in the control of eye movements

David A. Robinson, Johns Hopkins University, Gain control of the vestibulo-ocular reflex by the cerebellum of the cat

Masao Ito, University of Tokyo, Short-term and long-term control of the vestibulo-ocular reflex by the cerebellum in the rabbit

Rodolfo Llinas, K. Epstein, & D. Hillman, University of Iowa, The role of the inferior olive in motor reorganization

L. Ritchie, Massachusetts Institute of Technology, The effects of cerebellar lesions on saccadic eye movements

F. A. Miles, National Institutes of Health, The primate flocculus and smooth pursuit eye movements

Visual-Vestibular Interactions—J.L. Brown, Chairman

S. Lisberger, University of Washington, Role of the flocculus in short-term modification of the vestibulo-ocular reflex

Volker Henn, University of Zurich, Influence of moving visual stimuli on vestibular neurons

Bernard Cohen, Mt. Sinai Medical School, The influence of cerebellar and vestibular lesions on vestibular and optokinetic nystagmus

Han Collewijn, Erasmus University, Optokinetic (after) nystagmus, labyrinthectomy, and oculomotor models in the rabbit

M. Jeannerod & A. Berthoz, Laboratory of Experimental Neuropsychology, The development of the vestibulo-ocular reflex in visually deprived cats

Alexander A. Skavenski, Northeastern University, B. J. Winterson & Robert M. Steinman, University of Maryland,The Minivor--a natural means of stabilizing retinal image motion--how good is it?

Stephen S. Easter, University of Michigan, Visual-vestibular interactions in control of eye movements in fish

Organizing Committee:
Leonard Matin
David A. Robinson
John Lott Brown

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