Robust and efficient target-tracking algorithms embedded on moving platforms, are a
requirement for many computer vision and robotic applications. However, deployment of a …

Despite being equipped with low-resolution eyes and tiny brains, many insects show
exquisite abilities to detect and pursue targets even in highly textured surrounds. Target …

Natural vision is dynamic: as an animal moves, its visual input changes dramatically. How
can the visual system reliably extract local features from an input dominated by self …

Animals need attention to focus on one target amid alternative distracters. Dragonflies, for
example, capture flies in swarms comprising prey and conspecifics [1], a feat that requires …

Several fundamental aspects of motion vision circuitry are prevalent across flies and mice.
Both taxa segregate ON and OFF signals. For any given spatial pattern, motion detectors in …

When a human catches a ball, they estimate future target location based on the current
trajectory. How animals, small and large, encode such predictive processes at the single …

Theories based on optimal sampling by the retina have been widely applied to visual
ecology at the level of the optics of the eye, supported by visual behaviour. This leads to …

In both vertebrates and invertebrates, evidence supports separation of luminance
increments and decrements (ON and OFF channels) in early stages of visual processing (;); …

Objective. Many computer vision and robotic applications require the implementation of
robust and efficient target-tracking algorithms on a moving platform. However, deployment of …

For many animals, target motion carries high ecological significance as this may be
generated by a predator, prey, or potential mate. Indeed, animals whose survival depends …