Animating Cognitive Models and Architectures: A Rule-Based Approach | Zendy

Nada Sharaf | Zendy; Slim Abdennadher | Zendy; Thom Fruehwirth | Zendy; Daniel Gall | Zendy

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Animating Cognitive Models and Architectures: A Rule-Based Approach

Author(s) -

Nada Sharaf,

Slim Abdennadher,

Thom Fruehwirth,

Daniel Gall

Publication year - 2018

Publication title -

epic series in computing

Language(s) - English

Resource type - Conference proceedings

ISSN - 2398-7340

DOI - 10.29007/wjwz

Subject(s) - cognitive architecture , computer science , architecture , cognition , rational analysis , lida , cognitive model , cognitive science , cognitive robotics , human–computer interaction , computational model , artificial intelligence , embodied cognition , psychology , art , neuroscience , visual arts

Computational psychology provides computational models exploring different aspects of cognition. A cognitive architecture includes the basic aspects of any cognitive agent. It consists of different correlated modules. In general, cognitive architectures provide the needed layouts for building intelligent agents. The paper presents a rule-based approach to visually animate the simulations of models done through cognitive architectures. As a proof of concept, simulations through Adaptive Control of Thought-Rational (ACT-R) were animated. ACT-R is a well-known cognitive architecture. It was deployed to create models in different fields including, among others, learning, problem solving and languages.

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