Human-Robot Interaction, Machine Learning, Interactive Robot Skill Learning
Lisa Scherf joined the Intelligent Autonomous Systems Group at TU Darmstadt as a Ph.D. student in January 2021 and is part of the interdisciplinary research group IKIDA, which started in October 2020. She is interested in the development of future interactive AI systems and how to exploit partially erroneous human input and feedback.
Before joining the Autonomous Systems Labs, Lisa Scherf completed her Bachelor's and Master's degree in Psychology in IT at the Technische Universitaet Darmstadt. Her thesis "Learning to segment human sequential behavior to detect the intention for interaction." was written under supervision of Susanne Trick and Constantin Rothkopf.
- MSc Thesis, "Learning Action Conditions from Human Demonstrations", Fröhlich, K. (ongoing)
- MSc Thesis, "Detecting Human Uncertainty from Multimodal Behavioral Data in a Task with Decision Uncertainty", Gasche, L. (ongoing)
- BSc Thesis, "Quantifying Policy Uncertainty for Interactive Reinforcement Learning with Unreliable Human Action Advice", Maurer, C. (2023)
- BSc Thesis, "Detecting Human Uncertainty from Multimodal Behavioral Data in a Task with Perceptual Ambiguity", Chemangui, E. (2023)
- BSc Thesis, "Comparing and Personalizing Human Following Behaviors for Mobile Ground Robots", Woortman, N. (2022)
- Integrated Project, "Interactive Semi-Supervised Action Segmentation", Gassen, M., Prescher, E., Metzler, F. (ongoing)
- Integrated Project, "Multimodal Attention for Natural Human-Robot Interaction", Tatalovic, A., Jehn, M., Vadgama, D. (2022)
- Integrated Project, "Interactively Learning Behavior Trees from Videos", Schmidt, A., Dannenberg, N. (2022)
- Integrated Project, "Learning Behavior Trees from Videos", Heeg, J., Schmidt, A., Worring, A. (2021)
Currently, Lisa's research focuses on the development of interactive AI systems taking into account human uncertainty and erroneous or incomplete human input. In particular, her research topics include AI-based detection of human uncertainty, e.g. from behavioral features such as gestures, facial expressions, speech, and response times and how this uncertainty can be processed in interactive reinforcement learning algorithms. In addition, she is recently exploring robot task learning from few and potentially incomplete human demonstrations.
- , Frontiers in Robotics and AI, 10.
- , 32th IEEE International Conference on Robot & Human Interactive Communication (RO-MAN).
- , 2022 IEEE-RAS 21st International Conference on Humanoid Robots (Humanoids).
- , Master Thesis.
- , European Conference on Ambient Intelligence, pp.131-146, Springer Cham.