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Neurogrid is a piece of computer hardware that is designed specifically for simulation of biological brains. It uses analog computation to emulate ion channel activity, and digital communication to softwire structured connectivity patterns. Neurogrid simulates one million neurons and six billion synapses in real time. The neurons spike at a rate of ten times a second. In terms of number of simulated neurons, it rivals simulations done by the Blue Brain Project. However, by running the simulation of whole neurons, instead of simulation on molecular level, it needs only one millionth of Blue Brains power. The entire board consumes less than two watts of electrical energy.
Neurophysiology and Rehabilitation emphasize in publishing the original scholarly articles related to Neurology and Rehabilitation worldwide. The journal follows rapid review process with the Eminent Editorial Board
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Related article links for Neurogrid will appear here as matching content is published in Neurophysiology and Rehabilitation (ISSN: 2641-8991). Readers can also browse the journal archive and current issue for connected research.
