Fig. 7, On the finer structure of the olfactory bulb, Camillo Golgi (1875)
Fig. 7, On the finer structure of the olfactory bulb, Camillo Golgi (1875)
LIF neuron model
LIF neuron model
AI is extremely power-hungry. But brain-inspired computing units can perform machine learning inference at sub-milliWatt power. Learn about low-power computing architectures from SynSense, which use quantised spiking neurons for ML inference. I presented this slide deck at the UWA Computer Science seminar in Perth.
I had the privilege of speaking with Sunny Bains on the Brains and Machines podcast. Listen in to learn about SynSense low-power sensory processors, and Neuromorphics is 2024.
LIF neuron model
LIF neuron model
AI is extremely power-hungry. But brain-inspired computing units can perform machine learning inference at sub-milliWatt power. Learn about low-power computing architectures from SynSense, which use quantised spiking neurons for ML inference. I presented this slide deck at the UWA Computer Science seminar in Perth.