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Obstacles to the skill-based approach: Why is skill reuse so difficult for cognitive architectures?

Authors
Corne Hoekstra
University of Groningen ~ Bernoulli Institute
Dr. Niels Taatgen
University of Groningen ~ Artificial Intelligence
Dr. Sander Martens
University of Groningen, The Netherlands
Abstract

Skill reuse is a commonly accepted aspect of human cognition but it has been difficult to translate to cognitive architectures. We developed the skill-based approach which enables modelers to create models composed of skills created for other tasks but it does not (yet) support fully reusable skills. We will discuss three factors that prevent full reusability: inflexible WM, rigid goal selection and all-or-nothing condition checking. The factors are discussed in the context of the architecture PRIMs but they also apply to many other cognitive architectures. Finally, we discuss possible solutions to alleviate these issues.

Tags

Keywords

cognitive modeling
PRIMs
ACT-R
skill reuse
generalizability
cognitive architecture
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Cite this as:

Hoekstra, C., Taatgen, N., & Martens, S. (2022, July). Obstacles to the skill-based approach: Why is skill reuse so difficult for cognitive architectures? Paper presented at In-Person MathPsych/ICCM 2022. Via mathpsych.org/presentation/712.