Under the assumption of a general viewpoint, particular image properties, such as
cotermination, straightness, and parallelism, can be used to infer, more or less reliably, the …

In a series of three experiments, we examined, first, the effects of viewpoint in depth on the
efficiency of initial picture naming and, second, the effects of priming on subsequent naming …

In a serial 2-choice reaction time task, subjects discriminated between a biological motion
walker and a similar distractor. The point-light walker appeared in 1 of 2 possible in-depth …

In human vision, the processes and the representations involved in identifying specific
individuals are frequently assumed to be different from those used for basic level …

There is an ongoing debate about the nature of perceptual representation in human object
recognition. Resolution of this debate has been hampered by the lack of a metric for …

Many previous studies of object recognition have found view-dependent recognition
performance when view changes are produced by rotating objects relative to a stationary …

At a given instant we see only visible surfaces, not an object's complete 3D appearance.
Thus, objects may be represented as discrete 'views' showing only those features visible …

Sighted, early blind, and late blind subjects attempted to identify numerals or number
sequences printed on their palms. The numerals were either upright, or inverted, or rotated …

The effects of rotating familiar and novel objects in depth between study and test were
explored on short-term recognition, long-term recognition, and priming tasks. Short-term …

How does the brain represent visual objects? In simple perceptual generalization tasks, the
human visual system performs as if it represents the stimuli in a low-dimensional metric …