Towards an Embodied and Situated AI

May 2004

Proceedings of the Seventeenth International Florida Artificial Intelligence Research Society Conference (FLAIRS 2004)

Volume

Proceedings of the Seventeenth International Florida Artificial Intelligence Research Society Conference (FLAIRS 2004)

All Papers

Real-time perception through experimental manipulation is developed using the robot arm to facilitate perception, or else exploiting human/robot social interactions (such as with a caregiver) so that the human changes the world in which it is situated, enhancing the robot’s perceptions. Contrary to standard supervised learning techniques relying on a-priori availability of training data segmented manually, actions by an embodied agent are used to automatically generate training data for the learning mechanisms, so that the robot develops categorization autonomously. This framework is demonstrated to apply naturally to a large spectrum of computer vision problems: object segmentation, visual and cross-modal object recognition, object depth extraction and localization from monocular contextual cues, and learning from visual aids — such as books. The theory is corroborated by experimental results.