OTHER
Be a robot! Robot navigation patterns in a path crossing scenario
Christina Lichtenthäler, Annika Peters, Sascha Griffiths, Alexandra Kirsch
- Year
- 2013
- Citations
- 5
Abstract
In this paper we address the question how a human would expect a robot to move when a human is crossing its way. In particular we consider the problem that physical capabilities of robots differ from humans. In order to find out how humans expect a robot, with non humanlike capabilities, to move we designed and conducted a study were the participants steer the robot. We identified four motion patterns and our results show that driving straight towards the goal and stopping when a human might collide with the robot is the favored motion pattern.
Keywords
RobotMotion (physics)Computer scienceArtificial intelligencePath (computing)Computer visionSocial robotMobile robotHuman–robot interactionRobot control
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