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Cognitive Neural Prosthetics: Brain Integration & Motor Control Explai

Chapter , Problem 6

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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

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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.


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