Effect of Augmented Reality User Interface on Task Performance, Cognitive Load, and Situational Awareness in Human-Robot Collaboration.
Apostolos KalatzisVishnunarayan Girishan PrabhuLaura M. StanleyMike P. WittiePublished in: RO-MAN (2023)
Keyphrases
- augmented reality
- cognitive load
- user interface
- situational awareness
- human robot
- human computer interaction
- cognitive load theory
- human robot interaction
- learning outcomes
- dialogue system
- remote collaboration
- information sharing
- virtual objects
- real time
- face to face collaborative learning
- emergency response
- collaborative learning
- action selection
- humanoid robot
- virtual reality
- robotic systems
- knowledge sharing
- multi modal
- smart grid
- knowledge management
- expert systems
- decision support
- user interaction
- human body
- learning experience
- vision system
- decision makers
- three dimensional
- computer vision