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Interpersonal Movement Synchrony Responds to High- and Low-Level Conversational Constraints.


ABSTRACT: Much work on communication and joint action conceptualizes interaction as a dynamical system. Under this view, dynamic properties of interaction should be shaped by the context in which the interaction is taking place. Here we explore interpersonal movement coordination or synchrony-the degree to which individuals move in similar ways over time-as one such context-sensitive property. Studies of coordination have typically investigated how these dynamics are influenced by either high-level constraints (i.e., slow-changing factors) or low-level constraints (i.e., fast-changing factors like movement). Focusing on nonverbal communication behaviors during naturalistic conversation, we analyzed how interacting participants' head movement dynamics were shaped simultaneously by high-level constraints (i.e., conversation type; friendly conversations vs. arguments) and low-level constraints (i.e., perceptual stimuli; non-informative visual stimuli vs. informative visual stimuli). We found that high- and low-level constraints interacted non-additively to affect interpersonal movement dynamics, highlighting the context sensitivity of interaction and supporting the view of joint action as a complex adaptive system.

SUBMITTER: Paxton A 

PROVIDER: S-EPMC5532444 | biostudies-literature | 2017

REPOSITORIES: biostudies-literature

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Interpersonal Movement Synchrony Responds to High- and Low-Level Conversational Constraints.

Paxton Alexandra A   Dale Rick R  

Frontiers in psychology 20170728


Much work on communication and joint action conceptualizes interaction as a dynamical system. Under this view, dynamic properties of interaction should be shaped by the context in which the interaction is taking place. Here we explore <i>interpersonal movement coordination</i> or <i>synchrony</i>-the degree to which individuals move in similar ways over time-as one such context-sensitive property. Studies of coordination have typically investigated how these dynamics are influenced by either <i>  ...[more]

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