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 …

Advanced computer vision mechanisms have been inspired by neuroscientific findings.
However, with the focus on improving benchmark achievements, technical solutions have …

Event-based sensing, ie, the asynchronous detection of luminance changes, promises low-
energy, high dynamic range, and sparse sensing. This stands in contrast to whole image …

Although object-related areas were discovered in human parietal cortex a decade ago,
surprisingly little is known about the nature and purpose of these representations, and how …

Contour curvature (CC) is a vital cue for the analysis of both form and motion. Using
functional magnetic resonance imaging, we localized the neural correlates of CC for the …

This study investigates concurrent changes in cognitive workload and situation awareness
during the use of full driving automation. Research shows that automation use has a …

When a test is flashed on top of two superimposed, opposing motions, the perceived
location of the test is shifted in opposite directions depending on which of the two motions is …

Unlike the motion of a continuous contour, the motion of a single dot is unambiguous and
immune to the aperture problem. Here we exploit this fact to explore the conditions under …

This research aims to produce a prototype of a uniform circular motion learning media based
on Arduino Uno microcontroller. The research design uses the Research and Development …

Do the mechanisms that underlie the perception of translational and rotational object motion
show evidence of independent processing? By probing the perceived speed of translating …