Inferring Actions and Observations from Interactions

Joseph Garnier 1 Olivier L. Georgeon 1 Amélie Cordier 1
1 SILEX - Supporting Interaction and Learning by Experience
LIRIS - Laboratoire d'InfoRmatique en Image et Systèmes d'information
Abstract : This study follows the Radial Interactionism (RI) cognitive modeling paradigm introduced previously by Georgeon and Aha (2013). An RI cognitive model uses sensorimotor interactions as primitives-—instead of observations and actions-—to represent Piagetian (1955) sensorimotor schemes. Constructivist epistemology suggests that sensorimotor schemes precede perception and knowledge of the external world. Accordingly, this paper presents a learning algorithm for an RI agent to construct observations, actions, and knowledge of rudimentary entities, from spatio- sequential regularities observed in the stream of sensorimotor interactions. Results show that the agent learns to categorize entities on the basis of the interactions that they afford, and appropriately enact sequences of interactions adapted to categories of entities. This model explains rudimentary goal construction by the fact that entities that afford desirable interactions become desirable destinations to reach.
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Workshop on Goal Reasoning at Advances in Cognitive Systems (ACS2013), Dec 2013, Baltimore, ML, United States. Workshop on Goal Reasoning at Advances in Cognitive Systems (ACS2013), pp.26-35, 2013
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Dernière modification le : mercredi 27 septembre 2017 - 09:46:02

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Joseph Garnier, Olivier L. Georgeon, Amélie Cordier. Inferring Actions and Observations from Interactions. Workshop on Goal Reasoning at Advances in Cognitive Systems (ACS2013), Dec 2013, Baltimore, ML, United States. Workshop on Goal Reasoning at Advances in Cognitive Systems (ACS2013), pp.26-35, 2013. 〈hal-01339285〉

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