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Seeing Biological Motion - Is There a Role for Cognitive Strategies?

Lecture notes in computer sciencePublished 1 January 1999
Winand H. Dittrich
Citations41
SJR quartileQ2
SJR score0.35
SNIP0.55

TL;DR

The aim of the paper is to suggest components of a model for the processing of human movement information introducing the concept of 'motion integrators', suggesting that conceptually-driven processes play a prominent role in motion recognition.

Abstract

The aim of the paper is to suggest components of a model for the processing of human movement information introducing the concept of 'motion integrators'. Two approaches to the perception of biological motion are contrasted: the low-level and the high-level processing approach. It is suggested that conceptually-driven processes play a prominent role in motion recognition. Examples from experimental psychology and neurobiology are discussed. Our quasi-automatic perception of biological motion seems to involve resource-dependent cognitive processes and an 'interactive-encoding' hypothesis is elaborated further. In particular, the role of attentional mechanisms and the influence of concept use are highlighted. Finally, recent findings are interpreted in connection to specific encoding strategies.

Keywords

PsychologyNeuroscience