Bistable images have the possibility of being perceived in two different ways. Due to their
physical characteristics, these visual stimuli allow two different perceptions, associated with …

Animals exploit antagonistic interactions for sensory processing and these can cause
oscillations between competing states. Ambiguous sensory inputs yield such perceptual …

To explore the operating principle of visual motion processing in the brain underlying
perception and eye movements, we model the information processing of velocity estimate of …

Theoretical neuroscience investigation shows valuable information on the mechanism for
recognizing the biological movements in the mammalian visual system. This involves many …

Although numerous models describe the individual neural mechanisms that may be
involved in the perception of visual motion, few of them have been constructed to take …

Visual information is essential for Drosophila to navigate its environment. The visual system
of the fly has been studied for many decades and has yielded many insights about vision in …

Studies on computational neuroscience through functional magnetic resonance imaging
and following human visual systems state that the mammalian brain pursues two distinct …

Bistable images have the possibility of being perceived in two different ways. Due to their
physical characteristics, these visual stimuli allow two different perceptions, associated with …