Cognitive Architecture
Cognitive Architecture is a theoretical framework in artificial intelligence and cognitive science that models the structure and processes of human or artificial cognition. It defines the fixed, underlying mechanisms for perception, memory, reasoning, and learning, often used to build intelligent systems or simulate human thought. Examples include ACT-R, SOAR, and CLARION, which provide blueprints for creating agents with human-like cognitive abilities.
Developers should learn about Cognitive Architecture when working on AI systems that require human-like reasoning, such as in robotics, natural language processing, or cognitive modeling for research. It is essential for projects aiming to simulate or replicate complex decision-making, problem-solving, or adaptive learning behaviors, as it offers a structured approach to integrating multiple cognitive functions into a cohesive system.