Fig. 135, Recuerdos de mi Vida, Ramón y Cajal (1923)
Fig. 135, Recuerdos de mi Vida, Ramón y Cajal (1923)
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.
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.
Learn how to build and deploy a spiking neural network with Rockpool and Xylo.