Computational Representation of Cognitive Models in the Metacognitive Architecture CARINA

Computational representation of cognitive models in the metacognitive architecture Carina

Cognition bases can be explained through cognitive modeling, by creating cognitive models analyzing processes, representations, and mechanisms. With studies in cognitive modeling, it is possible to create them to describe, to predict and to prescribe human behavior. A cognitive model is runnable in a cognitive architecture. Based on scientific theories, the cognitive architectures are created, which are a general-framework control system to explain cognition in animals and humans. CARINA is a metacognitive architecture used to create artificial intelligent agents. This paper presents a computational representation of a cognitive model in the metacognitive architecture CARINA.