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Simulation during observation of human actions : theories, empirical studies, applications

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Deutscher übersetzter Titel:Simulation während der Beobachtung menschlichen Handelns : Theorien, empirische Studien, Anwendungen
Autor:Zentgraf, Karen; Munzert, Jörn; Bischoff, Matthias; Newman-Norlund, Roger D.
Erschienen in:Vision research
Veröffentlicht:51 (2011), 8, S. 827-835, Lit.
Format: Literatur (SPOLIT)
Publikationstyp: Zeitschriftenartikel
Medienart: Elektronische Ressource (online) Gedruckte Ressource
Sprache:Englisch
ISSN:0042-6989, 1878-5646
DOI:10.1016/j.visres.2011.01.007
Schlagworte:
Beobachtungslernen
Bewegungsbeobachtung
Bewegungshandlung
Bewegungswahrnehmung
Forschungsstand
Gehirn
Handlungsforschung
Literaturübersicht
Motorik
Neurologie
Neuromotorik
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Erfassungsnummer:PU201409008809
Quelle:BISp
TY  - JOUR
AU  - Zentgraf, Karen
A2  - Zentgraf, Karen
A2  - Munzert, Jörn
A2  - Bischoff, Matthias
A2  - Newman-Norlund, Roger D.
DB  - BISp
DP  - BISp
KW  - Beobachtungslernen
KW  - Bewegungsbeobachtung
KW  - Bewegungshandlung
KW  - Bewegungswahrnehmung
KW  - Forschungsstand
KW  - Gehirn
KW  - Handlungsforschung
KW  - Literaturübersicht
KW  - Motorik
KW  - Neurologie
KW  - Neuromotorik
LA  - eng
TI  - Simulation during observation of human actions : theories, empirical studies, applications
TT  - Simulation während der Beobachtung menschlichen Handelns : Theorien, empirische Studien, Anwendungen
PY  - 2011
N2  - Historically, data from brain imaging and brain stimulation studies have supported the idea that the processing of observed actions recruits – among other areas – a distinct sub-set of brain sites in the sensory and motor cortices. These empirical findings have initially been linked with the thesis of direct matching as a mechanism of action understanding, i.e., the idea of motor resonance implemented by mirror neurons. In more recent approaches, it has been proposed that the mirror neuron system plays a role in minimizing prediction error when inferring the most likely cause of an observed action. According to these theories, motor resonance is thought to function as predictive coding. Other theoretical accounts suggest that action understanding might result from a hypothesis testing mechanism in which potential goals are continually fed into the system until the correct one is identified. In this review, we will explore the relationship of these theories to specific empirical findings. Finally, we will discuss the implications of these theoretical structures on action observation-based approaches to the optimization of skilled performance in athletes and patients.   Verf.-Referat
L2  - http://www.sciencedirect.com/science/article/pii/S0042698911000307
L2  - https://dx.doi.org/10.1016/j.visres.2011.01.007
DO  - 10.1016/j.visres.2011.01.007
SP  - S. 827-835
SN  - 0042-6989
JO  - Vision research
IS  - 8
VL  - 51
M3  - Elektronische Ressource (online)
M3  - Gedruckte Ressource
ID  - PU201409008809
ER  -

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