Looking for a fast method to render your large-scale game components?. Our lastest @HPG_Conf paper allows to render terrains, oceans and even entire planets in realtime on any modern GPU using compute shaders. Fun fact: we use a Concurrent Binary Tree as a GPU memory manager.

The talk itself is online in the Siggraph 2025 vault if you have access!.

The source code for the Longest edge bisection, tetrahedral based, volume representation for faster path tracing project is online available on GitHub and is under MIT license. Feel free to grab it and play with it!

RT @KostasAAA: Physically Based Shading in Theory and Practice Siggraph 2025 course slides are available online:

Reminder here!. Don't hesitate to drop by our talk about LEB scheme for path tracing Sunday 10th at 9:00am at Siggraph!.

Given that I am leaving Intel, I'll be handing ownership of the texture set neural compression sample to my team members, please reach out to @_Laurent as an entry point.

Given that I am leaving Intel, I'll be handing ownership of the texture set neural compression sample to my team members, please reach out to @_Laurent as an entry point.

Last week at #Intel!. Grateful for the chance to work on cool research in rendering + ML, with real impact on the GPU product line. Big thanks to everyone I got to learn from and work with, it’s been a pleasure. On to the next adventure! 🤖.

Excited to share that our talk is scheduled for the first day of #SIGGRAPH2025 — Sunday, August 10!.If you're attending and interested, hope to see you there!. 🔗

Proud that we got the 3rd place best paper with @_Laurent ! Yay!.

RT @jendrikillner: Graphics Programming weekly - Issue 396 - June 22nd, 2025

RT @TaraBull808: What to do if your neighbor complains about your fence height

RT @inversepixel: Our upcoming HPG 2025 paper ”Collaborative Texture Filtering” is up!.Research done with .@_pandersson, Matt Pharr, and @B….

We're presenting at #SIGGRAPH2025! 🚀.We use adaptive tetrahedral grids (via the LEB algorithm) to GPU path trace volumetric production assets. Fewer neighbors, less memory, real-time performance—up to 30× faster than regular grids.

Happy to share that our paper with @_Laurent, "Hardware Accelerated Neural Block Texture Compression with Cooperative Vectors," was accepted at HPG'25!.We dive deeper into the complete subject. I'll be presenting it later this month, see you there!. 🔗

The demo works on both Intel and Nvidia hardware and it is capturable with PIX, but you need the "2505.30-preview" version.

Microsoft has officially launched the Coop Vectors extension for DX12, enabling the use of matrix mul engines across vendors in a convinient way. This opens the door for a range of new rendering algorithms, making them more practical for game dev.

The code source of the demo I presented at GDC about cooperative vectors is online, all code is MIT, have fun

The GDC '25 talk covering neural block texture compression and cooperative vectors is online in the GDC Vault, if you're interested:

I presented at MSFT’s AGS a demo that used coop vectors for NTC in smth representative of a modern RP with real texture contraints: size, quality, compression, filtering, inference overhead in ms. The talk will soon be in the GDC Vault, in the meantime:.

If you happen to be at #GDC2025, I'll be giving a talk about Neural Texture Compression and Cooperative Vectors at Microsoft's Advanced Graphics Summit, feel free to attend! .