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EPIA
2009
Springer

Towards a Spatial Model for Humanoid Social Robots

8 years 11 months ago
Towards a Spatial Model for Humanoid Social Robots
This paper presents an approach to endow a humanoid robot with the capability of learning new objects and recognizing them in an unstructured environment. New objects are learnt, whenever an unrecognized one is found within a certain (small) distance from the robot head. Recognized objects are mapped to an ego-centric frame of reference, which together with a simple short-term memory mechanism, makes this mapping persistent. This allows the robot to be aware of their presence even if temporarily out of the field of view, thus providing a primary spatial model of the environment (as far as known objects are concerned). SIFT features are used, not only for recognizing previously learnt objects, but also to allow the robot to estimate their distance (depth perception). The humanoid platform used for the experiments was the iCub humanoid robot. This capability functions together with iCub's low-level attention system: recognized objects enact salience thus attracting the robot attenti...
Dario Figueira, Manuel Lopes, Rodrigo M. M. Ventur
Added 16 Aug 2010
Updated 16 Aug 2010
Type Conference
Year 2009
Where EPIA
Authors Dario Figueira, Manuel Lopes, Rodrigo M. M. Ventura, Jonas Ruesch
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