Adaptive and efficient lane change path planning for automated vehicles. - Thomas Heil; Alexander Lange; Stephanie Cramer (ITSC, 2016)

Design Possibilities for Vehicle Roll Motions as Feedback for the Driver during Automated Driving. - Stephanie Cramer; Alexander Lange; Stephan Bültjes; Jana Klohr (AutomotiveUI (adjunct), 2017)

Perceive the difference: Vehicle pitch motions as feedback for the driver. - Stephanie Cramer; Benjamin Miller; Karl-Heinz Siedersberger; Klaus Bengler (SMC, 2017)

Evaluation of Driver Input Variations for Partially Automated Lane Changes. - Paul Hornberger; Stephanie Cramer; Alexander Lange (ITSC, 2018)

Evaluation of driving behavior on highway entries. - David Sauer; Martin Albert; Stephanie Cramer (AutomotiveUI (adjunct), 2019)

Announcing Automated Lane Changes: Active Vehicle Roll Motions as Feedback for the Driver. - Stephanie Cramer; Jana Klohr (Int. J. Hum. Comput. Interact., 2019)

Comprehensibility and Perceptibility of Vehicle Pitch Motions as Feedback for the Driver During Partially Automated Driving. - Stephanie Cramer; Ina Kaup; Karl-Heinz Siedersberger (IEEE Trans. Intell. Veh., 2019)

Tactical Decisions for Lane Changes or Lane Following? Development of a Study Design for Automated Driving. - Johannes Ossig; Stephanie Cramer (AutomotiveUI (adjunct), 2020)

Lane Change Decision Making for Automated Driving. - Tabea Blenk; Stephanie Cramer (HRI, 2021)

Active Vehicle Motion as Feedback during Different Levels of Automation. - Pia Wald; Jan Haentjes; Martin Albert; Stephanie Cramer; Klaus Bengler (ITSC, 2021)

Concept of an Ontology for Automated Vehicle Behavior in the Context of Human-Centered Research on Automated Driving Styles. - Johannes Ossig; Stephanie Cramer; Klaus Bengler (Inf., 2021)

Longitudinal Dynamics during Lane Changes: Assessment of Automated Driving Styles under Real-World Conditions. - Johannes Ossig; Simone Hinkofer; Stephanie Cramer; Klaus Bengler (ITSC, 2022)

Tactical Decisions for Lane Changes or Lane Following: Assessment of Automated Driving Styles Under Real-World Conditions. - Johannes Ossig; Stephanie Cramer; Anna Eckl; Klaus Bengler (IEEE Trans. Intell. Veh., 2023)