The broad region outside the classical receptive field (CRF) of a vision neuron, known as the
non-classical receptive field (nCRF), exerts a robust modulatory effect on the responses to …

This chapter describes the Attentive Vision Filter (AVF) model, in which attention and
feedback play an important role in modelling brightness perception. This model has the …

The aim of this paper is to construct a bio-inspired hierarchical neural network that could
accurately represent visual images and facilitate follow-up processing. Our computational …

The non-linearity exhibited by the non-classical receptive field in human visual system has
been combined with the linear classical receptive field model. This enables us to construct …

According to Biology there is a large disinhibitory area outside the classical receptive field
(CRF), which is called as non-classical receptive field (nCRF). Combining CRF with nCRF …

We present a parsimonious model of brightness induction which can account for various
brightness illusions of both brightness-contrast and brightness-assimilation types. Our model …

ABSTRACT The Hermann Grid and the Scintillating Grid are among the most prominent
brightness-contrast illusions. Perception of these illusions is sensitive to a wide range of …

The vision system of primates could process colorful scenes very efficiently. This is because,
in biological retina, there are three types of cone cells and several types of ganglion cells …

There has been a quest to understand the structure and functionality of the brain, in general,
and the human visual system, in particular, since centuries. One reason that the quest …

There has been a quest to understand the structure and functionality of the brain, in general,
and the human visual system, in particular, since centuries. One reason that the quest …