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Perceptual System of A Partner Robot for Natural Communication Restricted by Environments

Naoyuki Kubota, Kenichiro Nishida, Hiroyuki Kojima

Year
2006
Citations
2

Abstract

This paper proposes a perceptual system for communication of a partner robot based on computational intelligence. Basically, communication is restricted by the environment. Therefore, the robot should perceive the environment the robot is facing and communicates with human naturally. From this point of view, we propose the vision-based perceptual system for environmental learning. We also propose the learning method using bidirectional spiking neural networks for learning the relationship among the linguistic terms, gestures, and objects build on the environmental state. Furthermore, we show experimental results of a partner robot, MOBiMac

Keywords

PerceptionRobotComputer scienceGestureArtificial intelligenceRobot learningHuman–computer interactionNatural (archaeology)Point (geometry)Artificial neural network

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