'Saccade' presentation slideshows

How does the brain decide what to look at next?

How does the brain decide what to look at next?. John Findlay University of Durham. (acknowledgements to Val Brown). Saccades are quintessentially voluntary movements. The gaze selects informative detail but eye scans also appear random and arbitrary.

716 views • 59 slides

Eye Movements & Change Blindness: What do they tell us?

Eye Movements & Change Blindness: What do they tell us?. Ben J. Schlorholtz Psyc 736 Eye Movements, Theory & Applications 4-20-06. What is Change Blindness?. The inability to notice changes to visual scenes, sometimes even very large changes (Rensink et al. 1997)

503 views • 50 slides

Beatriz Luna, PhD Laboratory of Neurocognitive Development University of Pittsburgh

584 views • 41 slides

Beatriz Luna, PhD Laboratory of Neurocognitive Development University of Pittsburgh

417 views • 41 slides

Eye movements and visual stability Kandel et al Ch 29, end of Wolfe Ch 8

Eye movements and visual stability Kandel et al Ch 29, end of Wolfe Ch 8 Kandel Ch 39 for more info. Advanced: Werner & Chalupa Ch 63. Why do we move our eyes?. - Image stabilization - Information acquisition. B ring objects of interest onto high acuity region in fovea.

566 views • 40 slides

What the colliculus can and cannot do in saccade trajectory control

What the colliculus can and cannot do in saccade trajectory control. Ed Keller Smith-Kettlewell Eye Research Institute San Francisco, California. My collaborators. Kuniharu Arai Rob McPeek Koung-Min Lee. Population activity in the SC during saccades with variable trajectories

355 views • 26 slides

EYE MOVEMENTS

EYE MOVEMENTS. NBIO 401 Monday, November 22, 2010 Ric Robinson. Objectives: Be able to describe the neural pathway of the VOR, i.e., the pathway through which vestibular information contracts eye muscles. (labyrinth - vestibular nuclei -oculomotor neurons.)

617 views • 24 slides

L. Itti: CS564 - Brain Theory and Artificial Intelligence University of Southern California

L. Itti: CS564 - Brain Theory and Artificial Intelligence University of Southern California. Lecture 15. Saccades 1 Reading Assignments: TMB 6.2 The Modular Design of the Oculomotor System in Monkeys Peter Dominey, Michael Arbib, and Amanda Alexander Sections: Description, Architecture

320 views • 22 slides