Modeling Pilot and Driver Behavior for Human Error Simulation. - Andreas Lüdtke; Lars Weber; Jan-Patrick Osterloh; Bertram Wortelen (HCI (11), 2009)

Less Driving While Driving? An Approach for the Estimation of Effects of Future Vehicle Automation Systems on Driver Behavior. - Bertram Wortelen; Andreas Lüdtke (HCI (17), 2011)

Evaluation of Drivers Interaction with Assistant Systems Using Criticality Driven Guided Simulation. - Stefan Puch; Bertram Wortelen; Martin Fränzle; Thomas Peikenkamp (HCI (22), 2013)

A Methodology for Analyzing Human-Automation Interactions in Flight Operations Using Formal Verification Techniques. - Denis Javaux; Bertram Wortelen; Andreas Lüdtke; Charles Pecheur; Regina Peldszus; Sonja Sievi; Yuri Yushtein (AAAI Spring Symposia, 2014)

Experiences from Using Formal Verification Techniques to Analyze Human-Machine Interaction: A Case Study. - Bertram Wortelen; Andreas Lüdtke; Denis Javaux; Sonja Sievi (ECCE, 2014)

Das Adaptive-Information-Expectancy-Modell zur Aufmerksamkeitssimulation eines kognitiven Fahrermodells. - Bertram Wortelen (2014)

Revealing Differences in Designers' and Users' Perspectives - A Tool-Supported Process for Visual Attention Prediction for Designing HMIs for Maritime Monitoring Tasks. - Sebastian Feuerstack; Bertram Wortelen (INTERACT (4), 2015)

Theater-system Technique and Model-based Attention Prediction for the Early Automotive HMI Design Evaluation. - Sebastian Feuerstack; Bertram Wortelen; Carmen Kettwich; Anna Schieben (AutomotiveUI, 2016)

AM-DCT: A Visual Attention Modeling Data Capturing Tool for Investigating Users' Interface Monitoring Behavior. - Sebastian Feuerstack; Bertram Wortelen (AVI, 2016)

Towards the integration and evaluation of online workload measures in a cognitive architecture. - Bertram Wortelen; Anirudh Unni; Jochem W. Rieger; Andreas Lüdtke (CogInfoCom, 2016)

Tool-supported comparative visualizations to reveal the difference between 'what has been designed' and 'how it is perceived' for monitoring interface design. - Bertram Wortelen; Sebastian Feuerstack (CogSIMA, 2016)

Tutorial: How Does Your HMI Design Affect the Visual Attention of the Driver. - Sebastian Feuerstack; Bertram Wortelen (AutomotiveUI (adjunct), 2017)

A model-driven tool for getting insights into car drivers' monitoring behavior. - Sebastian Feuerstack; Bertram Wortelen (Intelligent Vehicles Symposium, 2017)

A Method for Optimizing Complex Graphical Interfaces for Fast and Correct Perception of System States. - Marie-Christin Harre; Sebastian Feuerstack; Bertram Wortelen (HCSE, 2018)

Monte Carlo Methods for Real-Time Driver Workload Estimation Using a Cognitive Architecture. - Bertram Wortelen; Anirudh Unni; Jochem W. Rieger; Andreas Lüdtke; Jan-Patrick Osterloh (Cognitive Infocommunications, Theory and Applications, 2019)

Engineering Optimized Control Panel Designs for Electric Driving. - Bertram Wortelen; Sebastian Feuerstack; Marie-Christin Harre; Sergen Sentürk; Fang You; Jianmin Wang 013 (CogInfoCom, 2019)

Towards Designing Mobile Applications for Distributed Cooperative Environments Based on Enhanced Task Analysis. - Bertram Wortelen; Andreas Lüdtke; Marie-Christin Harre; Noelle Rousselle (ECCE, 2019)

Semi-automatic Aggregation of Multiple Models of Visual Attention for Model-Based User Interface Evaluation. - Dennis Knoop; Bertram Wortelen; Marcus Behrendt (HCI (6), 2019)

Improving Cooperation Between Spatially Separated Operators Using Augmented Reality. - Patrick Baber; Marcel Saager; Bertram Wortelen (HCI (39), 2020)

A Generalized User Interface Concept to Enable Retrospective System Analysis in Monitoring Systems. - Viviane Herdel; Bertram Wortelen; Mathias Lanezki; Andreas Lüdtke (HCI (4), 2020)

Efficient Exploration of Long Data Series: A Data Event-driven HMI Concept. - Bertram Wortelen; Viviane Herdel; Oliver Pfeiffer; Marie-Christin Harre; Marcel Saager; Mathias Lanezki (HCI (40), 2020)

Performance Comparison of User-Estimated and Learned Task Recognition Models for Maintenance Procedures. - Marcus Behrendt; Bertram Wortelen (HCI (43), 2021)

Using Eye Tracking to Guide Driver's Attention on Augmented Reality Windshield Display. - Elham Fathiazar; Bertram Wortelen; Yvonne Kühl (HCI (39), 2023)