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Cognitive Neural Prosthetics: Brain Integration & Motor Control Explai
Chapter , Problem 6(choose chapter or problem)
Cognitive neural prosthetics are placed in the brain to help control parts of the
a. motor cortex
b. auditory cortex
c. somatosensory cortex
d. visual cortex
e. parietal lobe
Questions & Answers
QUESTION:
Cognitive neural prosthetics are placed in the brain to help control parts of the
a. motor cortex
b. auditory cortex
c. somatosensory cortex
d. visual cortex
e. parietal lobe
ANSWER:Step 1 of 2
Cognitive neural prosthetics, also known as brain-computer interfaces, are designed to interface with certain parts of our brain. These can decode the neural signals associated with movement intentions. These prosthetics can bypass damaged or non-functional pathways in the nervous system. This means they can directly translate the user's intentions into control signals for external devices, such as robotic limbs or computer interfaces.
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Cognitive Neural Prosthetics: Brain Integration & Motor Control Explai
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Uncover the marvels of cognitive neural prosthetics and their brain integration. Learn how these advanced brain-computer interfaces can translate user intentions. See their revolutionary role in assisting motor functions.