… The aim of this work was to use the same models to investigate the possible physiological
mechanisms responsible for adaptation in the primary visual cortex and the consequent TAE. …

… same basic shape.) The time course of the TAE in the RF-LISSOM … Computational models
such as RF-LISSOM can demonstrate … a view of the cortex that is otherwise not available. This …

… magnitudes of their tilt illusion and tilt aftereffect. Our data … computational modeling that
lateral inhibition plays a critical … Moreover, it is possible that the tilt illusion and tilt aftereffect …

… Here we extended the model to investigate the potential interaction of recurrent … , simple
phenomenological description, but our goal is to understand the underlying neural mechanisms. …

… , we built a computational model based on known characteristics of the visual cortex. The …
Inspired by the term ‘hyper-column’ in the primary visual cortex (V1), we will refer to these …

… Recent physiological studies of neurons in primary visual cortex (V1) … Another possible
source of adaptation within the cortex is … Second, our model relies on a simple assumption: the …

… mechanisms in the primary visual cortex. Thus a single simple computational model may …
This information-processing advantage can be crucial in a variety of categorization contexts …

… section 3 summarizes the basic network principles that imply … at a particular column in the
visual cortex, and that this distribution is … potential technique, show that the human visual cortex …

… Orientation selectivity in the primary visual cortex (V1) is a … Models of Orientation Selectivity
Few computational models … by psychophysics: in the tilt aftereffect illusion, the perceived …

… First, indirect effects are difficult to observe, depending critically on … field in the middle temporal
visual area (MT). Perception, 14, … Possible neural substrates for orientation analysis and …