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Computational models of cognition for human-automated vehicle interaction: State-of-the-art and future directions.

, , and . Int. J. Hum. Comput. Stud., (May 2024)

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Advantageous use of measure systems with combined analog input and output facilities in practical education.. Comput. Educ., 36 (3): 245-264 (2001)Development and Testing of Psychological Conflict Resolution Strategies for Assertive Robots to Resolve Human-Robot Goal Conflict., , and . Frontiers Robotics AI, (2020)Insight into cooperation processes for traffic scenarios: modelling with naturalistic decision making., , , , and . Cogn. Technol. Work., 20 (4): 621-635 (2018)"Left!" - "Right!" - "Follow!": Verbalization of Action Decisions for Measuring the Cognitive Take-Over Process., , and . AutomotiveUI, page 233-240. ACM, (2020)AnnoXplorer: A Scalable, Integrated Approach for the Visual Analysis of Text Annotations., , , , and . VISIGRAPP (3: IVAPP), page 62-75. SCITEPRESS, (2020)Safe Decision Or Collision? Using Natural Habituated Interfaces to Increase Traffic Safety., , and . IV, page 1-8. IEEE, (2023)Human-Machine Interface Evaluation Using EEG in Driving Simulator., , , and . IV, page 1-6. IEEE, (2023)Touch Screen Maneuver Approval Mechanisms for Highly Automated Vehicles: A First Evaluation., , , , and . AutomotiveUI (adjunct), page 206-211. ACM, (2017)1st Workshop on Understanding Automation: Interfaces that Facilitate User Understanding of Vehicle Automation., , , and . AutomotiveUI (adjunct), page 1-8. ACM, (2017)Developing a Highly Automated Driving Scenario to Investigate User Intervention: When Things Go Wrong., , , and . AutomotiveUI (adjunct), page 67-71. ACM, (2017)