Toward Sophisticated Agent-based Universes - Statements to Introduce Some Realistic Features into Classic AI/RL Problems
Résumé
In this paper we analyze some common simplifications present in the traditional AI / RL problems. We argue that only facing particular conditions, often avoided in the classic statements, will allow the overcoming of the actual limits of the science, and the achievement of new advances in respect to realistic scenarios. This paper does not propose any paradigmatic revolution, but it presents a compilation of several different elements proposed more or less separately in recent AI research, unifying them by some theoretical reflections, experiments and computational solutions. Broadly, we are talking about scenarios where AI needs to deal with true situatedness agency, providing some kind of anticipatory learning mechanism to the agent in order to allow it to adapt itself to the environment.
Mots clés
Factored Partially Observable Markov Decision Process (FPOMDP)
Model-Based Reinforcement Learning
Agency theory
Constructivist learning mechanisms
Anticipatory learning
Model-based reinforcement learning
Factored Partially Observable Markov Decision Process (FPOMDP)
Constructivist Learning Mechanisms
Anticipatory Learning
Domaines
Intelligence artificielle [cs.AI]Origine | Fichiers produits par l'(les) auteur(s) |
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