Title

Detection of visuomotor loss of control

Proposal Type

Poster

Additional Presenter Information

Assistant Professor, Psychological Sciences, College of Arts and Letters, UNG Dahlonega

Keywords

agency; control; personality; individual differences; self-monitoring

Subject Area

Psychology

Start Date

11-11-2016 11:45 AM

End Date

11-11-2016 1:15 PM

Description/Abstract

When people manipulate moving objects such as motor vehicles or video game avatars, the sense of being "in control" depends on monitoring the predicted and actually perceived consequences of their actions. Previous work has shown how situational variables (e.g. predictability of action effects and achievement of goals) influence the sense of control during visuomotor tasks. However, relatively little is known about individual differences in action monitoring ability in non-clinical populations. This research investigated whether stable psychological traits predict sensitivity to loss of control by measuring response times to the onset of loss of control in a video game-like tracking task. Response times were correlated with individual differences on a battery of tests with theoretical links to action monitoring and sense of control.

Bio

Dr. John Dewey joined the Department of Psychological Sciences at UNG-Dahlonega this Fall (2016). He earned his bachelor's degree in cognitive science and a master's degree in artificial intelligence from the University of Georgia, and his PhD in psychology from Michigan State University. Dr. Dewey's research focuses on the phenomenology of action, particularly the sense of control.

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Nov 11th, 11:45 AM Nov 11th, 1:15 PM

Detection of visuomotor loss of control

When people manipulate moving objects such as motor vehicles or video game avatars, the sense of being "in control" depends on monitoring the predicted and actually perceived consequences of their actions. Previous work has shown how situational variables (e.g. predictability of action effects and achievement of goals) influence the sense of control during visuomotor tasks. However, relatively little is known about individual differences in action monitoring ability in non-clinical populations. This research investigated whether stable psychological traits predict sensitivity to loss of control by measuring response times to the onset of loss of control in a video game-like tracking task. Response times were correlated with individual differences on a battery of tests with theoretical links to action monitoring and sense of control.