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Towards Generating Spatial Referring Expressions in a Social Robot: Dynamic vs Non-Ambiguous

Christopher D. Wallbridge, Séverin Lemaignan, Emmanuel Senft, Tony Belpaeme

Year
2019
Citations
2

Abstract

We present in this paper our work towards a new dynamic method of generating spatial referring expressions. While people are generally ambiguous in their description of locations, previous methods of artificial generation mostly considered non-ambiguous descriptions. However, to increase the naturalness of interaction and share workload in the communication, robots should be able to generate language in a more dynamic way. Our method initially produces ambiguous spatial referring expressions followed by dynamically generating repair statements. We built a classifier using data from 18 participants as they described locations to each other. We perform a preliminary analysis on this method using two further pilot studies.

Keywords

NaturalnessComputer scienceWorkloadRobotArtificial intelligenceClassifier (UML)Natural language processingSocial robotHuman–computer interactionMobile robot

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