Turbulence mitigation in neuromorphic camera imagery

Dynamic distractor environments reveal classic visual field anisotropies for judgments of temporal order

Numerous studies have shown that visual performance critically depends on the stimulus’ projected retinal location. For example, performance tends to be better along the horizontal relative to the vertical meridian (lateral anisotropy). Another case is the so-called upper-lower anisotropy, whereby performance is better in the upper relative to...

Vibrotactile spatial acuity on the torso: Effects of location and timingparameters

The processing of spatio-temporal vibrotactile patterns by the torso was examined in two experiments. The first investigated the spatial acuity as function of location on the torso. A uniform acuity between 2 and 3 cm was found, except on the body midline where acuity was about 1 cm. This favorable effect was hypothesized to be caused by...