Open Neuromorphic
Join Discord (2500+ joined)

Hands-on With Xylo and Rockpool

Discover Xylo and Rockpool in a hands-on session with Dylan Muir, exploring cutting-edge neural computation architectures and signal processing.

Photo of Dylan Muir Photo of Jason Eshraghian
By Dylan Muir, Jason Eshraghian
April 26, 2023
Slides Code Watch on YouTube
Social share preview for Hands-on with Xylo and Rockpool

Upcoming Workshops

No workshops are currently scheduled. Check back soon for new events!

Are you an expert in a neuromorphic topic? We invite you to share your knowledge with our community. Hosting a workshop is a great way to engage with peers and share your work.

Present Your Work

About the Speakers

Dylan Muir

Dylan Muir

VP Global Research Operations at SynSense, specialist in neural computation architectures. Directs research vision and neural architecture development.
Jason Eshraghian

Jason Eshraghian

Assistant Professor at UC Santa Cruz, leading UCSC Neuromorphic Computing Group. Focuses on brain-inspired circuits for AI & SNNs. Maintainer of snnTorch.

Inspired? Share your work.

Share your expertise with the community by speaking at a workshop, student talk, or hacking hour. It’s a great way to get feedback and help others learn.

Learn How to Host Edit this page

Related Workshops

What's Catching Your Eye? The Visual Attention Mechanism

What's Catching Your Eye? The Visual Attention Mechanism

Delve into the world of visual attention mechanisms with Giulia D'Angelo as she explores the interplay of bottom-up and top-down processes, offering insights into bio-inspired models for enhanced robotic perception and interaction.

Hands-On with Sinabs and Speck

Hands-On with Sinabs and Speck

Join Gregor Lenz for an engaging hands-on session featuring Sinabs and Speck. Explore the world of neuromorphic engineering and spike-based machine learning.

Building Neuromorphic Applications Using Talamo

Building Neuromorphic Applications Using Talamo

This offers a sneak-peek into Innatera’s technology stack allowing application development from scratch and deploying it on mixed-signal neuromorphic hardware.