Jan 5, 2024 · In this work, we present the Robot Signal Design (RoSiD) tool to empower people to easily self-specify communicative preferences for ...
In this work, we present the Robot Signal Design (RoSiD) tool to empower people to easily self-specify communicative preferences for collaborative robots. We ...
This work presents the Robot Signal Design (RoSiD) tool to empower people to easily self-specify communicative preferences for collaborative robots, ...
Jan 5, 2024 · Robots that cooperate with humans must be effective at communicating with them. However, people have varied preferences for communication ...
Nathaniel S. Dennler, David Delgado, Daniel Zeng, Stefanos Nikolaidis and Maja J. Matarić. "The RoSiD Tool: Empowering Users to Design Multimodal Signals ...
Bibliographic details on The RoSiD Tool: Empowering Users to Design Multimodal Signals for Human-Robot Collaboration.
"The RoSiD Tool: Empowering Users to Design Multimodal Signals for Human-Robot Collaboration". To appear in 18th International Symposium on Experimental ...
Candidate studying Human-Robot Interaction at the ... The RoSiD Tool: Empowering Users to Design Multimodal Signals for Human-Robot Collaboration.
We show through a participatory design study that the RoSiD tool enables users to create signals that align with their communicative preferences, and we ...
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The rosid tool: empowering users to design multimodal signals for human-robot collaboration. N Dennler, D Delgado, D Zeng, S Nikolaidis, M Matarić. arXiv ...