Recognizing an object from its background is always a very challenging task for pattern
recognition, especially when the size, pose, or illumination of the object or the background …

The shape or contour of an object is usually stable and persistent, so it is a good basis for
invariant recognition. Before this can be accomplished, two problems must be handled. The …

Fifty years ago, enthused by successes in creating digital computers and the DNA model of
heredity, scientists were con? dent that solutions to the problems of und-standing biological …

Decades of experimental studies are available on disparity selective cells in visual cortex of
macaque and cat. Recently, local disparity map for iso-orientation sites for near-vertical …

Over the past several decades, experimental studies of the organisation of spatial frequency
(SF) preference in mammalian visual cortex (V1) have reported a wide variety of conflicting …

Inter-ocular differences in spatial frequency occur during binocular viewing of a surface
slanted in depth. Cortical cells with inter-ocular differences in preferred spatial frequency (dif …

In this paper we present reaction-diffusion based two eye model to develop disparity
selective binocular simple cell receptive fields (RFs) in layer IV of cat visual cortex (V1). Pre …

The primary visual cortex is organized into clusters of cells having similar receptive fields
(RFs). A purely feedforward model has been shown to produce realistic simple cell receptive …

Neuro-Informatics and computational neuroscience research in India has followed two
directions–on the one hand research has focused on the use of computational approaches …

A feed-forward neurotrophic model has been shown to generate realistic receptive field (RF)
profiles for simple cells that show smooth transitions between subregions and fade off …