Robotics & Computer Vision Professor at Georgia Tech, and part-time CAIO at Verdant Robotics. Before: stints at KUL, Skydio, Facebook B*8, Google AI.
After a very busy conference submission period, I was finally able to build and release GTSAM 4.3! 😃 🎉 see gtsam.org. Check out the updated website for the improvements, accompanying
Could Jev + graphical models fundamentally change how we build systems that reason under uncertainty? Unless you've been off the grid this week, you now know that Jev is @typesafeai’s new model for
A special shout-out to Harneet Singh Khanuja, who just presented our paper, “Hierarchical Structure-from-Motion Scales Feedforward Reconstruction,” at the Structure-from-Motion in the Age of Deep
A new Georgia Institute of Technology × Northeastern University collaboration—now included with GTSAM! Shane Holmes and David Rosen at Northeastern joined Firat Taxpulat, Yiran Luo, and me at Georgia
Dominic Maggio (@DominicMaggio1), Hyungtae Lim, and Luca Carlone from @lucacarlone1's lab at MIT are pushing an exciting direction for SLAM: bringing geometric foundation models into robotics through
Legged robots are a great stress test for factor graphs because perception and planning both have to respect physical constraints. On June 1, I will be presenting CMC-Opt, new work by Yetong Zhang on
GTSAM now includes new tools for GP-based continuous-time state estimation, through a fabulous collaboration with Connor Holmes, Sven Lilge, Zi Cong (Daniel) Guo, and Timothy Barfoot at the University
I'm happy to announce that GTSAM now supports Linear and Quadratic programming (LP and QP), *and* QCQPs in a big way. QPs are workhorses for legged locomotion and quadrotor allocation, and QCQPs open
@GeorgiaTech undergrads are awesome. Following last week’s post on the equivariant filter, Rohan Bansal (@rbansal22) has deployed the Awesome Equivariant Filters repo. The repo brings together a
There is a lot of excitement right now around world models: learned latent-state representations that support prediction, imagination, and planning. The recent work around JEPA is especially