HIGHLIGHTS
SUMMARY
SNNs adopt the biological neural computing model of the biological brain, which is more biointerpretable than the Deep Neural_Network (DNN). To the above neuromorphic systems, SNNs can also be implemented in memristor-based hardware systems as accelerator. The contributions of the work can be summarized as follows: II. Neuronal activity can significantly affect the activity of glial cells, and the cholesterol complexed to apolipoprotein E-containing lipoproteins, and adenosine provided by glial cells can in turn regulate the growth and development of brain synapses. C. GLIAL CELLS REGULATE NEURAL NETWORKS The aim of this . . .
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