… , 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 …

… We created a simple computational model of orientation … an equilibrium of gain modulation
is available to the system to … this is a critical component of predictive coding models. The …

… the tilt after effect. Importantly, qualitative differences between … To better ground the latter to
the underlying biology, we … In general, a complex model can incorporate the available data at …

… originate in early visual areas like the primary visual cortex (V1). … DNNs as the computational
model for our study is multi-… of visual illusions, such as the tilt illusion and tilt aftereffect. …

… This model has been supported by computational modelling … not only by the primary visual
cortex (area V1) but also by … oriented GPs influenced the perceived tilt of the test GPs. Under …

… of neurons in the primary visual cortex (area V1) are … aftereffect was a critical factor in our
failure to observe the transfer of orientation adaptation from vision to touch, it remains possible …

… sensory processing cascade, likely reflecting distinct feedforward … and sharpening mechanisms
contribute to the tilt aftereffect, but … Critically, however, our multivariate analyses reveal …

… We discuss possible computational models that may … ) representation of the stimulus in the
visual cortex. Could a similar … Tilt aftereffect and adaptation-induced changes in orientation …

… bias we observe in visual cortex using a fMRI decoder that is … stimulus starting in primary
visual cortex and continuing … assessed in the present study such as the tilt aftereffect (TAE). The …

… A critical problem in form vision concerns the neural … two-stage model has been supported
by computational modelling … neurons in the early visual cortex, biasing the perceived …