Do you wonder how movies–sequences of static frames–appear to move, or why 3-D films
look different from traditional movies? Why does ventriloquism work, and why can airliner …

Humans can learn to abstract and conceptualize the shared visual features defining an
object category in object learning. Therefore, learning is generalizable to transformations of …

As discovered by the Gestaltists, in particular by Duncker, we often perceive motion to be
within a non-retinotopic reference frame. For example, the motion of a reflector on a bicycle …

Mild traumatic brain injury (mTBI) has subtle effects on several brain functions that can be
difficult to assess and follow up. We investigated the impact of mTBI on the perception of …

Since the discovery of neurons selective for pattern motion direction in primate middle
temporal area MT (;), the neural computation of this signal has been the subject of intense …

Medical images and videos are now increasingly part of modern telecommunication
applications, including telemedicinal applications, favored by advancements in video …

Mesopic and scotopic vision extend over an illuminance range of 10 6. The goal of the
present study was to determine the effect of decreasing light level on the underlying motion …

Superposition of two dot clouds moving in different directions results in the perception of two
transparent layers. Despite the ambiguous depth order of the layers, there are consistent …

In the furrow illusion (Anstis,), the perceived path of a moving target follows the veridical path
orientation when viewed foveally, but follows the orientation of the texture when viewed …

Motion signals are a rich source of information used in many everyday tasks, such as
segregation of objects from background and navigation. Motion analysis by biological …