Cognitive Architectures: ACT-R, Soar, and Computational Models of Human-Like Reasoning

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## TL;DR
Cognitive architectures are computational frameworks for modeling integrated cognition: memory, goals, perception, action, learning, and problem solving. They are different from ordinary task models because they aim to explain how many cognitive functions work together.

## Core Explanation
ACT-R and Soar are two influential examples. ACT-R is used to model human cognition with interacting memory and production systems. Soar is a general architecture for building intelligent agents and studying the mechanisms needed for human-level behavior.

## Detailed Analysis
The research value is explanatory as much as performance-oriented. A cognitive architecture can generate predictions about behavior, response time, or errors, while also providing an implementation for synthetic agents. The hard part is scaling models without losing interpretability or empirical grounding.

## Further Reading
- ACT-R project
- Soar project
- The Soar Cognitive Architecture

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