Publication | Closed Access
Mixing implicit and explicit probes
17
Citations
4
References
2014
Year
Unknown Venue
EngineeringMeasurementHuman-machine InteractionSocially Assistive RobotEducationCognitive RoboticsIntelligent SystemsCommunicationCalibrationNumerical SimulationAffective ComputingHumanrobot CollaborationImplicit ProbesExplicit ProbesConversation AnalysisRobot LearningInstrumentationCognitive ScienceBehavioral SciencesPhysicsHuman Agent InteractionSemi-implicit MethodExperimental AnalysisReal-time SensoryInverse ProblemsHuman-robot InteractionSocial ComputingAutomationHuman-computer InteractionSocial-task EngagementRobotics
In our work we explore the development of a computational model capable of automatically detecting engagement in social human-robot interactions from real-time sensory and contextual input. However, to train the model we need to establish ground truths of engagement from a large corpus of data collected from a study involving task and social-task engagement. Here, we intend to advance the current state-of-the-art by reducing the need for unreliable post-experiment questionnaires and costly time-consuming annotation with the novel introduction of implicit probes. A non-intrusive, pervasive and embedded method of collecting informative data at different stages of an interaction.
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