Articles by tag: neuromorphic-computing

Chip USC for edge computing in medicine: synaptic plasticity

Analog USC chip mimics the brain, learns without batteries and code. Revolution for wearable devices and implants. Learn how the self-learning memristor works.

Neuromorphic chip the size of a coin learns without a battery

USC engineers created an analog chip on memristors that is powered by signals and learns without power. A breakthrough for implants and sensors. Read more.

Artificial neurons: signals identical to biological ones

Breakthrough at Northwestern University: printed neurons communicate with living brain in its language. Learn how this will change neuroprosthetics and AI. Read the analysis.