Foundations of Cognitive Architectures in Autonomous Systems The evolution of autonomous agents represents one of the most significant shifts in modern computational science, moving away from systems that require constant human oversight toward entities capable of independent thought and action. At the heart of this transition is the development of robust cognitive architectures, which serve […]
The Foundation and Definition of the Model Human Processor The Model Human Processor (MHP) stands as a foundational concept within cognitive psychology and human-computer interaction, representing a high-level cognitive architecture designed to formally explain and predict human cognitive behavior. Developed primarily by P.N. Johnson-Laird and R.M.J. Byrne in 1991, the MHP offers a system-level abstraction […]
Defining Architectural Constraints Architectural constraints, within the context of neuroscience and cognitive psychology, refer to the fundamental limitations imposed upon the brain’s functional capacity by its intrinsic physical structure and organization. These constraints are not merely incidental factors but are the unavoidable consequences of the biological substrate—the neurons, glia, vasculature, and their complex wiring patterns—which […]