helpResearch questionTrust in Robot and Virtual Avatar Interaction
How do different asynchrony conditions (delay, offset, and prerecorded actions) affect virtual embodiment?Direction: AI Explainability, Trust, and Calibration
Trust in Robot and Virtual Avatar Interaction
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helpResearch questionTrust in Robot and Virtual Avatar Interaction
How do asynchrony conditions affect users' emotional experience, attention allocation, and cognitive load?helpResearch questionTrust in Robot and Virtual Avatar Interaction
Can asynchrony conditions be systematically defined to improve validity of VR experiments?lightbulbPractical problemTrust in Robot and Virtual Avatar Interaction
Inconsistent asynchrony conditions in VR experiments affect reliability of results.helpResearch questionTrust in Robot and Virtual Avatar Interaction
How can real-time monitoring of physiological signals (e.g., pupil dilation) improve human-robot collaboration with industrial robots?helpResearch questionTrust in Robot and Virtual Avatar Interaction
How can adaptive robotic systems dynamically adjust actions to reduce operators' cognitive load and stress?helpResearch questionTrust in Robot and Virtual Avatar Interaction
Is combining subjective and objective data reliable for evaluating adaptive systems in industrial settings?lightbulbPractical problemTrust in Robot and Virtual Avatar Interaction
Operators lack psychological safety and comfort during long-term collaboration with industrial robots.helpResearch questionTrust in Robot and Virtual Avatar Interaction
How does the match between robot voice and appearance affect user experience?helpResearch questionTrust in Robot and Virtual Avatar Interaction
How do gender, tone, and cultural background influence user preferences for voice-appearance matching?helpResearch questionTrust in Robot and Virtual Avatar Interaction
Does the presentation order of images and sound affect users' mental model construction?lightbulbPractical problemTrust in Robot and Virtual Avatar Interaction
Users may feel discomfort or reduced trust when robot voice and appearance do not match.helpResearch questionTrust in Robot and Virtual Avatar Interaction
Which LED light animations best convey drone intent when initiating interaction?helpResearch questionTrust in Robot and Virtual Avatar Interaction
Can drone light-based nonverbal communication improve people's acceptance and trust?helpResearch questionTrust in Robot and Virtual Avatar Interaction
How can human interaction models (e.g., greeting models) be effectively adapted as drone interaction models?lightbulbPractical problemTrust in Robot and Virtual Avatar Interaction
Drones in rescue scenarios struggle to clearly convey intent through existing means.helpResearch questionTrust in Robot and Virtual Avatar Interaction
In human-AI interaction, do users tend to avoid bargaining with AI agents?helpResearch questionTrust in Robot and Virtual Avatar Interaction
When AI agents act as proposers, how are users' economic interests affected by social preferences?helpResearch questionTrust in Robot and Virtual Avatar Interaction
How does the degree of AI involvement affect market efficiency and users' behavioral decisions?lightbulbPractical problemTrust in Robot and Virtual Avatar Interaction
Users have low trust and acceptance of AI agent proposals, affecting economic efficiency.Related papers
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Does Random Movements mean Random Results? Why Asynchrony in Experiments on Body Ownership does not Work as Intended
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Real-Time Adaptive Industrial Robots: Improving Safety And Comfort In Human-Robot Collaboration
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Do Your Expectations Match? A Mixed-Methods Study on the Association Between a Robot's Voice and Appearance
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At First Light: Expressive Lights in Support of Drone-Initiated Communication
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For What It's Worth: Humans Overwrite Their Economic Self-Interest to Avoid Bargaining With AI Systems
Alexander Erlei, Richeek Das, Lukas Meub
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