I’m excited to share our Nature paper on seeing around corners with consumer LiDARs!
We show that consumer LiDAR sensors — in your smartphones, AR headsets, self-driving cars, and robots — can be used to see objects hidden around corners.
https://t.co/AtvhaKslQz
I’m excited to share our Nature paper on seeing around corners with consumer LiDARs!
We show that consumer LiDAR sensors — in your smartphones, AR headsets, self-driving cars, and robots — can be used to see objects hidden around corners.
https://t.co/AtvhaKslQz
📢📢📢 Velox 🚀: Learning Representations of 4D Geometry and Appearance
In our #CVPR2026 paper, we introduce a method for learning a native 4D representation, useful for many downstream tasks, such as video-to-4D, 3D tracking, cloth simulation, and others!
🌐: https://t.co/MCkCMEftoJ
📝: https://t.co/iLKgrprXlO
@quantum_geoff I think you can just rotate the numbers by a random fixed offset in your head. And do binary search on that. This would then bring the expected payoff to 0.2 as now its not guaranteed he would be picking a 6th/7th level node.
@KostasPenn@CSProfKGD@tunahansalih Awesome :) Your wonderful advice is with me to this day. I would be honoured to visit, but it may be challenging for me to make it on this current trip. Sorry for the miscommunication, I meant to say to @CSProfKGD to put me in touch for next time 😅 My sincere apologies
I will be presenting "Generative Re-Photography with Video Models" at several places over the next month. Hit me up if you are around!
MIT Media Lab-Apr 1
Harvard-Apr 2
MIT CSAIL-Apr 7
Cornell Tech-Apr 9
Princeton-Apr 10
CMU-Apr 13
Stanford-Apr 24
Berkeley-Apr 28