WolfeLab

2006 Schedule

Date	Speaker/Affiliation	Title
Wed 13^th September	Ueli Rutishauser Computation and Neural Systems Program, Caltech	Deployment of Feature-based Top-down Attention during Visual Search
Wed 27^th September	Olivia Carter Vision Lab, Department of Psychology, Harvard University	Onset rivalrysuppression precedes sustained binocular rivalry
Wed 4^th October	Elisabeth Hein Vision and Information Processing Lab, Penn State University	The influence of spatial attention on temporal perception: Differential effects of involuntary and voluntary attention
Fri 20^th October	Ruxandra Sireteanu Max-Planck Institute for Brain Research and Johann Wolfegana Goethe-University	Changing visual preferences in human infancy: evidence from texture segmentation and visual search
Wed 8^th November	Barbara Hidalgo-Sotelo Computational Visual Cognition Lab, Brain & Cognitive Science, MIT	Watching you learn: What eye movements reveal about experience-based visual search
Wed 22^nd November	No seminar	Thanksgiving week
Wed 6^th December	Michelle Greene Computational Visual Cognition Lab, Brain & Cognitive Science, MIT	Natural Scene Recognition from Global Properties: Seeing the Forest from "Camouflaged+Enclosed" instead of the Trees

Wed 24^th January	Takeo Watanabe Vision Sciences Lab, Departments of Psychology & Cognitive & Neural Systems, Boston University	Greater disruption due to failure of inhibitory control on a task-irrelevant subthreshold feature
Wed 7^th February	Patrick Cavanagh Vision Lab, Department of Psychology, Harvard University	Coordinates of Attention
Wed 21^st February	Yuhong Jiang Department of Psychology, Harvard University	Attentive tracking and spatial context learning
Wed 7^th March	Mark Williams Kanwisher Lab, McGovern Institute for Brain Research, MIT	Do facial expressions direct our attention?
21^st March	Eli Peli Harvard Medical School & Schepens Eye Research Institute	Vision Multiplexing For People With Impaired Vision: The cognitive challenge
	Danny Dilks Kanwisher Lab, McGovern Institute for Brain Research, MIT	Human Adult Cortical Reorganization and Consequent Visual Distortion