Given a single view of an object, humans can readily recognize that object from other views
that preserve the parts in the original view. Empirical evidence suggests that this capacity …

This paper presents MetriCat, a model of the human capacity to recognize objects both as
members of a general class (eg “chair”) and as specific instances (“my office chair”), and of …

Dynamic binding is a necessary prerequisite to structural description, but it is not
straightforward to represent structural descriptions suitable for object recognition, given the …

A viewpoint-independent description of the shape of an object can be generated by
imposing a canonical frame of reference on the object and describing the spatial …

Suggests that many examples of stimulus equivalence may be explained by angle and
length-ratio feature detectors whose outputs are generalized over the visual field. Problems …

Neurobiological data from the cerebral cortex of the macaque monkey suggest a model of
object recognition that is a series of four computational stages. These are executed in seven …

Whether objects are represented as a collection of parts whose relations are coded
independently remains a topic of ongoing discussion among theorists in the domain of …

Behavioural, neural, and computational considerations suggest that the visual system may
use (at least) two approaches to binding an object's features and/or parts into a coherent …

We propose that, for the task of object recognition, the visual system decomposes shapes
into parts, that it does so using a rule defining part boundaries rather than part shapes, that …

The influence of temporal association on the representation and recognition of objects was
investigated. Observers were shown sequences of novel faces in which the identity of the …