Humans often evidence little difficulty at recognizing objects from arbitrary orientations in
depth. According to one class of theories, this competence is based on generalization from …

Five experiments are reported in which the time to verify the name of different three-
dimensional common objects shown rotated in depth was investigated. Views of computer …

In an attempt to reconcile results of previous studies, several theorists have suggested that
object recognition performance should range from viewpoint invariant to highly viewpoint …

Abstract [Correction Notice: An erratum for this article was reported in Vol 20 (1) of Journal of
Experimental Psychology: Human Perception and Performance (see record 2008-10476 …

Nonaccidental properties (NAPs) are image properties that are invariant over orientation in
depth and are distinguished from metric properties (MPs) that can change continuously with …

Four experiments investigated the types of representations mediating sequential visual
matching of objects depicted at different depth rotations. Matching performance was affected …

How do people recognize an object in a novel orientation? Psychophysical and
neurophysiological studies have suggested that extensive practice is required before …

The present study examines the effect of the goodness of view on the minimal exposure time
required to recognize depth-rotated objects. In a previous study, Verfaillie and Boutsen …

Based on the geon structural description approach, I. Biederman and P C. Gerhardstein
(1993) proposed 3 conditions under which object recognition is predicted to be viewpoint …

When multiple objects rotate in depth, they are frequently perceived to rotate in the same
direction even when perspective information signals counterrotation. Three experiments are …