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Cognitive architectures combine formal and heuristic approaches
Cleotilde Gonzalez1, Christian Lebiere
1Social and Decision Sciences Department, Dynamic Decision Making Laboratory, Carnegie Mellon University, Pittsburgh, PA 15213, USA. coty@cmu.edu
Quantum probability theory offers new insights into decision-making phenomena unexplained by classical probability. Cognitive architectures explain these effects using memory, matching, and learning processes.
Area of Science:
- Cognitive Science
- Decision Theory
- Quantum Cognition
Background:
- Classical probability theory struggles to explain certain empirical phenomena in decision-making.
- Quantum probability (QP) theory offers an alternative framework for understanding these anomalies.
Purpose of the Study:
- To explore how cognitive architectures can explain decision-making phenomena using QP.
- To demonstrate the utility of cognitive models in bridging quantum theory and human cognition.
Main Methods:
- Integrating probabilistic mechanisms with symbolic knowledge representations (heuristics) within cognitive architectures.
- Modeling cognitive processes such as memory retrieval, similarity-based partial matching, and associative learning.
Main Results:
- Cognitive architectures provide simple and natural explanations for phenomena motivating QP.
- These models successfully account for decision-making effects beyond the scope of classical probability.
Conclusions:
- Cognitive architectures offer a robust framework for understanding decision-making through the lens of quantum probability.
- The study highlights the potential of integrating advanced probabilistic theories with cognitive modeling for explaining complex human behaviors.
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