Electrical Engineer
🌱🌿Ⓥ💚
opened the box, couldn't find any rules.
Reassemble by Packing -> Packing by Structure session -> SIGGRAPH 2025
i’m izzy, a trans mom who hasn’t had fulltime employment in games since i got laid off 2 1/2 years ago (just before my little friend was born)
i’m funny and cool and everyone loves working with me. here’s a thread of cool and/or funny stuff i’ve worked on
i’m izzy, a trans mom who hasn’t had fulltime employment in games since i got laid off 2 1/2 years ago (just before my little friend was born)
i’m funny and cool and everyone loves working with me. here’s a thread of cool and/or funny stuff i’ve worked on
Nanite has shown that small triangles can be rendered fast in compute, we're exploring how fast for large meshes with up to 18.9 billion triangles, without the need to precompute LOD structures.
Paper: github.com/m-schuetz/Cu...
Source: github.com/m-schuetz/Cu...
Nanite has shown that small triangles can be rendered fast in compute, we're exploring how fast for large meshes with up to 18.9 billion triangles, without the need to precompute LOD structures.
Paper: github.com/m-schuetz/Cu...
Source: github.com/m-schuetz/Cu...
Just putting it out there that my current contract ends in the middle of November and I'll once again be looking for work as a character rigger/technical artist in games. I have a wealth of experience. 13+ years. Remote only please❤️
Just putting it out there that my current contract ends in the middle of November and I'll once again be looking for work as a character rigger/technical artist in games. I have a wealth of experience. 13+ years. Remote only please❤️
Emergent Traveling Waves in Neural Circuits
doi.org/10.64898/202...
#neuroscience
Emergent Traveling Waves in Neural Circuits
doi.org/10.64898/202...
#neuroscience
In our #NeurIPS paper lead by Jack Cook we identify biologically relevant inductive biases that create pathways in brain-like Mixture-of-Experts models🧵
#neuroskyence #compneuro #neuroAI
arxiv.org/abs/2506.02813
In our #NeurIPS paper lead by Jack Cook we identify biologically relevant inductive biases that create pathways in brain-like Mixture-of-Experts models🧵
#neuroskyence #compneuro #neuroAI
arxiv.org/abs/2506.02813
podcasts.apple.com/us/podcast/n...
podcasts.apple.com/us/podcast/n...
www.joewintergreen.com/dev-scoops-m...
www.joewintergreen.com/dev-scoops-m...
For example, I just spotted this beautiful website by Catherine Yeh: github.com/catherinesye...
For example, I just spotted this beautiful website by Catherine Yeh: github.com/catherinesye...
✨ 25 contributions (oral & poster)
🎤 Keynotes: @vmurino.bsky.social, @phillipisola.bsky.social, Massimiliano Mancini, Yen-Ling Kuo
📘 Special Issue on IJCV (Springer)
✨ 25 contributions (oral & poster)
🎤 Keynotes: @vmurino.bsky.social, @phillipisola.bsky.social, Massimiliano Mancini, Yen-Ling Kuo
📘 Special Issue on IJCV (Springer)
More info: ivado.ca/en/scholarsh...
#AI #ArtificialIntelligence #R3AI #Funding #Postdoc
github.com/dcoeurjo/Geo...
github.com/dcoeurjo/Geo...
In our SIGGRAPH Asia 2025 paper: “BSP-OT: Sparse transport plans between discrete measures in log-linear time” we get one with typically 1% of error in a few seconds on CPU!
In our SIGGRAPH Asia 2025 paper: “BSP-OT: Sparse transport plans between discrete measures in log-linear time” we get one with typically 1% of error in a few seconds on CPU!
❔How to compute bounding volumes for procedural Signed Distance Fields (SDFs)? This is not so trivial!
💡We propose a simple method called Sphere Carving. It extracts (convex) bounding volumes around SDFs, requires very few evaluations, and is GPU compatible.
❔How to compute bounding volumes for procedural Signed Distance Fields (SDFs)? This is not so trivial!
💡We propose a simple method called Sphere Carving. It extracts (convex) bounding volumes around SDFs, requires very few evaluations, and is GPU compatible.
sites.google.com/view/mit-con...
#neuroscience
sites.google.com/view/mit-con...
#neuroscience