The novel memristor device achieves self-compliance, which enables a crossbar array and multilevel operation as synaptic arrays for high-performance neuromorphic computing systems.

KAIST and Chungnam researchers build artificial sensory nerves for energy-efficient robots that mimic human habituation and ...

The TiO2 memristor is just one of many contending new technologies. Considering only the realm of switched-resistance memory elements, there are several other candidates, including devices based on ...

Toward brain-like computing: New memristor better mimics synapses Date: December 17, 2018 Source: University of Michigan Summary: A new electronic device can directly model the behaviors of a ...

A team of U.S. electrical engineers has designed a device that efficiently mimics human brain synapses—a possible breakthrough in the field of "neuromorphic computing." ...

Memristive devices could naturally be exploited for implementing non-volatile synapses on electronic circuits because they are equivalent to resistors whose resistances can be held or modulated by the ...

The yield was 20% for functional and addressable memristor devices; this was limited by broken nanowires and leads between the memristors and FETs.

Only 10 years ago, scientists working on what they hoped would open a new frontier of neuromorphic computing could only dream of a device using miniature tools called memristors that would ...

Memristor Breakthrough: First Single Device to Act Like Neuron. Samuel K. Moore, IEEE Spectrum October 2, 2020. geralt, Pixababy. One thing that's kept engineers from copying the brain's power ...