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Feedback in language

DEFENDED WORK IN PSYCHOLINGUISTICS

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  • 1. NEUROPHYSIOLOGY OF FEEDBACK
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Tag: The corpus callosum

Transverse brain fiber to connect the left and right cerebral hemispheres

Chapter one. Neurophysiology of feedback

June 29, 2015November 6, 2018 Teresa Pelka

Information processing requires a processing system, a program, and signal specificity, along with option, feedback, and information pool management. Human logical skill does not work in denial of the nervous system. The system can be discussed as an information processing and managing structure, beginning with the single cell, and ending with the intricate connectedness of the human brain. Congruence averred in the above terms, natural feedback shall be appreciated for a principled phenomenon.

 

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Posted in American English, Language psychology, Neurophysiology, Psycholinguistics, Teresa Pelka, The Role of Feedback in Language Processing, ThesisTagged A. L. Hodgkin and A. F. Huxley ionic hypothesis, Alan Lloyd Hodgkin, Andrew Huxley, Autonomic nervous system, Brain integrative fibers, Brain primary cortices, Brain secondary or gnostic cortices, Brainstem reticulate structure, Central nervous system, Corticospinal tract, Cranial nerves, Egocentric feedback, Environmental feedback, Exteroceptive feedback, Extrinsic timing theories, Feedback, Feedforward, Frontal brain region, Homeostasis, Interneuron, Interoceptive feedback, Intrinsic neural timing, Language faculty, Negative feedback, Neocortex, Neural option, Neural pattern establishment, Neural program, Neuron, Neurophysiological compensation, Occipital brain region, Parietal brain region, Pattern, Peripheral nervous system, Positive feedback, Program, Reflex, Reflex arc, Self-preservation instinct, Sensory deprivation experiment, Temporal brain region, The Broca area, The cerebellum, The corpus callosum, The spinal cord, The thalamus, The Wernicke area, Vander Sherman Luciano, Vestibular information, Webster Unabridged

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