This is a survey of psychophysical studies of motion perception carried out mainly in the last
10 years. It covers a wide range of topics, including the detection and interactions of local …

Perception operates on an immense amount of incoming information that greatly exceeds
the brain's processing capacity. Because of this fundamental limitation, the ability to …

Self-motion disturbs the stability of retinal images by inducing optic flow. Objects of interest
need to be fixated or tracked, yet these eye movements can infringe on the experienced …

Many neuroscience studies of arm control have attempted to explain how aimed movements
are planned, generated, and corrected. The mechanisms of subconscious online reaching …

Short-latency ocular following are reflexive, tracking eye movements that are observed in
human and non-human primates in response to a sudden and brief translation of the image …

Visual motion is sensed by low-level (energy-based) and high-level (feature-based)
mechanisms. Ocular following responses (OFR) were elicited in humans by applying …

In addition to motion perception per se, we utilize motion information for a wide range of
brain functions. These varied functions place different demands on the visual system, and …

The eyes never cease to move: ballistic saccades quickly turn the gaze toward peripheral
targets, whereas smooth pursuit maintains moving targets on the fovea where visual acuity …

Ocular following responses (OFRs) are tracking eye movements elicited at ultrashort latency
by the sudden movement of a textured pattern. Here we report the results of our study of their …

Visual neurons integrate information over a finite part of the visual field with high selectivity.
This classical receptive field is modulated by peripheral inputs that play a role in both …