Sebastian Wallkötter

Publication Activity (10 Years)

Years Active: 2017-2022
Publications (10 Years): 11

Top Topics

Embodied Agents

Cognitive Abilities

Top Venues

Publications

Sebastian Wallkötter, Mohamed Chetouani, Ginevra Castellano
A new approach to evaluating legibility: Comparing legibility frameworks using framework-independent robot motion trajectories. CoRR (2022)
Sebastian Wallkötter, Mohamed Chetouani, Ginevra Castellano
SLOT-V: Supervised Learning of Observer Models for Legible Robot Motion Planning in Manipulation. CoRR (2022)
Sebastian Wallkötter, Mohamed Chetouani, Ginevra Castellano
SLOT-V: Supervised Learning of Observer Models for Legible Robot Motion Planning in Manipulation. RO-MAN (2022)
Sebastian Wallkötter, Silvia Tulli, Ginevra Castellano, Ana Paiva, Mohamed Chetouani
Explainable Embodied Agents Through Social Cues: A Review. ACM Trans. Hum. Robot Interact. 10 (3) (2021)
Sebastian Wallkötter, Silvia Tulli, Ginevra Castellano, Ana Paiva, Mohamed Chetouani
Explainable Agents Through Social Cues: A Review. CoRR (2020)
Sebastian Wallkötter, Rebecca Stower, Arvid Kappas, Ginevra Castellano
A Robot by Any Other Frame: Framing and Behaviour Influence Mind Perception in Virtual but not Real-World Environments. CoRR (2020)
Sebastian Wallkötter, Rebecca Stower, Arvid Kappas, Ginevra Castellano
A Robot by Any Other Frame: Framing and Behaviour Influence Mind Perception in Virtual but not Real-World Environments. HRI (2020)
Karen Tatarian, Sebastian Wallkötter, Sera Buyukgoz, Rebecca Stower, Mohamed Chetouani
MobiAxis: An Embodied Learning Task for Teaching Multiplication with a Social Robot. CoRR (2020)
Silvia Tulli, Sebastian Wallkötter, Ana Paiva, Francisco S. Melo, Mohamed Chetouani
Learning from Explanations and Demonstrations: A Pilot Study. NL4XAI@INGL (2020)
Yuan Gao, Sebastian Wallkötter, Mohammad Obaid, Ginevra Castellano
Investigating Deep Learning Approaches for Human-Robot Proxemics. RO-MAN (2018)
Sebastian Wallkötter, Michael Joannou, Samuel Westlake, Tony Belpaeme
Continuous Multi-Modal Interaction Causes Human-Robot Alignment. HAI (2017)