Publication | Closed Access
Comparing Models of Disengagement in Individual and Group Interactions
79
Citations
20
References
2015
Year
Unknown Venue
Artificial IntelligenceHuman-robot Collaborative AssemblyEngineeringSocial PsychologySocially Assistive RobotIndividual DifferencesGroup InteractionsGroup SizeSpecific TypeIntelligent SystemsPsychologySocial SciencesComputational Social ScienceData ScienceHumanrobot CollaborationRobot LearningStatisticsBehavioral SciencesHuman Agent InteractionGroup InteractionApplied Social PsychologyHuman-robot InteractionGroup DataDevelopmental RoboticsGroup DynamicInterpersonal CommunicationSocial BehaviorAutomationRoboticsInteraction Effect
Changes in type of interaction (e.g., individual vs. group interactions) can potentially impact data-driven models developed for social robots. In this paper, we provide a first investigation in the effects of changing group size in data-driven models for HRI, by analyzing how a model trained on data collected from participants interacting individually performs in test data collected from group interactions, and vice-versa. Another model combining data from both individual and group interactions is also investigated. We perform these experiments in the context of predicting disengagement behaviors in children interacting with two social robots. Our results show that a model trained with group data generalizes better to individual participants than the other way around. The mixed model seems a good compromise, but it does not achieve the performance levels of the models trained for a specific type of interaction.
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