Publication | Closed Access
The utility of affect expression in natural language interactions in joint human-robot tasks
95
Citations
32
References
2006
Year
Unknown Venue
Human-robot Collaborative AssemblyEngineeringAffect ExpressionSocially Assistive RobotAffective NeuroscienceIntelligent SystemsPsychologySocial SciencesJoint Human-robot TasksNatural Language ProcessingComputational LinguisticsAffective ComputingHumanrobot CollaborationConversation AnalysisJoint Human-robot TeamsRobot LearningEmbodied RoboticsCognitive ScienceHuman Agent InteractionTeam PerformanceHuman-robot InteractionAutomationHuman AffectNatural Language InteractionsHuman-computer InteractionRoboticsEmotionLinguisticsEmotion Recognition
Recognizing and responding to human affect is important in collaborative tasks in joint human-robot teams. In this paper we present an integrated affect and cognition architecture for HRI and report results from an experiment with this architecture that shows that expressing affect and responding to human affect with affect expressions can significantly improve team performance in a joint human-robot task.
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