Welcome to AEON Lab! We explore circuits & systems for energy-efficient, high-performance artificial intelligence and IoT. Copy link Go to slide 1 Go to slide 2 Go to slide 3 Go to slide 4 Go to slide 5 Go to slide 6 Go to the next slide Go to the previous slide Ultra-low-power decision making in nano-drones Go to the next slide Go to the previous slide Non-parametric modeling and anomaly detection Go to the next slide Go to the previous slide Self-organizing map based network packet classification Go to the next slide Go to the previous slide Compute-in-SRAM deep learning Go to the next slide Go to the previous slide Bio-mimetic spiking neurons using 2D Gaussian heterojunction transistors Go to the next slide Go to the previous slide Probabilistic reasoning with nanomagnet networks
Go to slide 1 Go to slide 2 Go to slide 3 Go to slide 4 Go to slide 5 Go to slide 6 Go to the next slide Go to the previous slide Ultra-low-power decision making in nano-drones Go to the next slide Go to the previous slide Non-parametric modeling and anomaly detection Go to the next slide Go to the previous slide Self-organizing map based network packet classification Go to the next slide Go to the previous slide Compute-in-SRAM deep learning Go to the next slide Go to the previous slide Bio-mimetic spiking neurons using 2D Gaussian heterojunction transistors Go to the next slide Go to the previous slide Probabilistic reasoning with nanomagnet networks
Go to the next slide Go to the previous slide Self-organizing map based network packet classification
Go to the next slide Go to the previous slide Bio-mimetic spiking neurons using 2D Gaussian heterojunction transistors
