KAIST Develops Semiconductor Neuron that Harnesses Noise to Selectively
4 Articles
4 Articles
Utilizing Semiconductor Noise Instead of Eliminating It: KAIST Develops Brain-Resemblance Artificial Neuron to Process Signal-Specific Information Using Noise. A technology has been developed that utilizes noise—previously considered something to be eliminated in semiconductors as it interferes with signals—for information processing. Using a single artificial neuron modeled after the human brain, different signals
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BIOENGINEER.ORGKAIST develops semiconductor neuron that harnesses noise to selectively
KAIST researchers have developed a semiconductor neuron that turns one of electronics’ most troublesome imperfections—electrical noise—into a controllable tool for processing information. Instead of suppressing random fluctuations generated inside a memory device, the team has learned how to tune them and use them to determine when an artificial neuron fires. The result is a programmable probabilistic neuron that can be adjusted to recognize sig…
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