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NEURALLY - translation to arabic
ألاسم
اِلْتِهابُ العَصَب , اِلْتِهابُ الأَعْصاب
![Major elements in synaptic transmission. An electrochemical wave called an [[action potential]] travels along the [[axon]] of a [[neuron]]. When the wave reaches a [[synapse]], it provokes release of a small amount of [[neurotransmitter]] molecules, which bind to chemical receptor molecules in the membrane of the target cell.](https://commons.wikimedia.org/wiki/Special:FilePath/Chemical synapse schema cropped.jpg?width=200 "Major elements in synaptic transmission. An electrochemical wave called an [[action potential]] travels along the [[axon]] of a [[neuron]]. When the wave reaches a [[synapse]], it provokes release of a small amount of [[neurotransmitter]] molecules, which bind to chemical receptor molecules in the membrane of the target cell.")
![Illustration of pain pathway, from [[René Descartes]]'s ''Treatise of Man''](https://commons.wikimedia.org/wiki/Special:FilePath/Descartes-reflex.JPG?width=200 "Illustration of pain pathway, from [[René Descartes]]'s ''Treatise of Man''")
![Horizontal section of the head of an adult female human, showing skin, skull, and brain with [[gray matter]] (brown in this image) and underlying [[white matter]]](https://commons.wikimedia.org/wiki/Special:FilePath/Visible Human head slice.jpg?width=200 "Horizontal section of the head of an adult female human, showing skin, skull, and brain with [[gray matter]] (brown in this image) and underlying [[white matter]]")
Definition
Wikipedia
A neurally controlled animat is the conjunction of
- a cultured neuronal network
- a virtual or physical robotic body, the Animat, "living" in a virtual computer generated environment or in a physical arena, connected to this array
Patterns of neural activity are used to control the virtual body, and the computer is used as a sensory device to provide electrical feedback to the neural network about the Animat's movement in the virtual environment.
The current aim of the Animat research is to study the neuronal activity and plasticity when learning and processing information in order to find a mathematical model for the neural network, and to determine how information is processed and encoded in the rat cortex.
It leads towards interesting questions about consciousness theories as well.
