
Fuji Tsang Clément
177 posts

Fuji Tsang Clément
@Caenorst
AI Enthusiast, Research Scientist at NVIDIA



Come learn more about Kaolin and Simplicits by playing with interactive physics simulation in a Jupyter notebook tomorrow with @Caenorst and Anita Hu

✨Just announced: Representation agnostics physics simulation. ➡️ nvda.ws/3SuHUXZ This new framework is now available in the Kaolin Library. Simulate: ✅Gaussian Splats ✅Neural Radiance Fields ✅Signed Distance Functions and more…









📣 #NVIDIAKaolin v0.15.0 is out! With the latest release of our #Pytorch Library, extract a high quality #3D mesh for your SDF using Flexicube. Have a look at the updated official repository using Kaolin's implementation: ➡️ nvda.ws/48vd7jz 🧵1/2 #NVIDIAResearch





📣 Just released: #NVIDIAKaolin v0.14.0 Accelerate 3D deep learning research, debug your custom renderer interactively in a Jupyter notebook, and manage batched mesh attributes with a SurfaceMesh container, within the Kaolin #Pytorch library. Github: nvda.ws/3QeuDCr

📣 Just released: #NVIDIAKaolin v0.13.0 With new lighting features enabling #3D DL works like DIBR++ or NeRD, check out our tutorials on diffuse and specular reflectance. Kaolin is now pip installable. Installation: nvda.ws/3YN40FY Release notes: nvda.ws/3EbEYZ2








ICARUS: A Specialized Architecture for Neural Radiance Fields Rendering Authors: Chaolin Rao, Huangjie Yu, Haochuan Wan, Jindong Zhou, Yueyang Zheng, Yu Ma, Anpei Chen, Minye Wu, Binzhe Yuan, Pingqiang Zhou, Xin Lou, Jingyi Yu arxiv.org/abs/2203.01414 #neuralfieldsoftheday









