Models and Computational Theories of Human Cognition From a Psychological and Neurophysiological Perspective

Abstract

Affordance and the brain's mirrored systems are closely linked, according to neuroscientific and psychological findings. In spite of this, there are many aspects of both the standalone systems and their representations that we still do not fully comprehend. In this paper, we provide an analysis of goal-oriented neurophysiological and psychological selection systems and representation in affordances. We aim at discussing different aspects of affordance regulations and prefrontal-cortex-based affordances. The affordance analysis presented in this paper complements different authors' previous work, which shows that the somatosensory framework is organized along two principal processes: one that instruments sensorimotor modifier keys for computer control of behavior and a second that preferences the sampling among the applicable actions and affordances.This contribution focus on a critical examination of the two distinct pathways and processes oriented on neurophysiological and neuroscientists information, illustrating, in particular, how effective the central nervous system contemporaneously describes actions and selects among them in uninterrupted environmental stressors, as opposed to executing behavioral responses on chronologically structured perceptual, cognitive, and motor processes.