Differentiable Geodesic Distance for Intrinsic Minimization on Triangle Meshes
https://t.co/6MoijNiuKq
Differentiable Voronoi Diagrams for Simulation of Cell-Based Mechanical Systems
https://t.co/00Fq86BTmm
For my second post in 5 years, I'd like to share that two of our recent works from the @crl_ethz have been accepted to ACM Transactions on Graphics (Proc. Siggraph 2024).
Please check out our papers for applications from simulating embedded elasticity to biological systems, and test them out yourselves as both works are available on GitHub.
We introduce differentiable formulations of geodesic distance and Voronoi diagrams in 2D and 3D as well as on triangle meshes 😎 . These analytical derivatives enable robust and efficient Newton-type optimizations for simulations involving one- and two-way coupling effects ✌
Great research experience at @EdinburghNapier with Prof. Mitchell @farpeek and Pablo. Also very much appreciated for the correction from @PeterPikeSloan and the assistance from @LlogariCasas ! Cheers!
#DeepPRT Deep Deformable Precomputed Radiance Transfer https://t.co/KvIWI56qfl to be presented at @I3DCONF Proceedings of ACM Computer Graphics and Interactive Techniques https://t.co/oC8xvwIsQm Congrats Yue Li & Pablo Wiedemann. @ComputingNapier
@TheSlyStallone Hi Sly. I am trying to use your photo on my research paper. I am such a huge fan of you and that's why I choose to use your photo on my paper to demonstrate my algorithm. There is this copyright problem right now, do you think I can get permission from you.