Akshat Dave (@adaveiitm) 's Twitter Profile
Akshat Dave

@adaveiitm

Postdoc @MIT @medialab | Computational Imaging + Physics-based AI to Reveal the Invisible | on academic job market | #CV, #ML, #AI, #imaging

ID: 1114068823

linkhttps://akshatdave.github.io/ calendar_today23-01-2013 10:35:24

52 Tweet

275 Followers

1,1K Following

Siddharth Somasundaram (@sidartsoma) 's Twitter Profile Photo

Can we reconstruct an object from its shadows measured at picosecond time resolution? We discuss this in our #CVPR2023 paper on two-bounce transients for non-line-of-sight (NLOS) imaging! Akshat Dave Connor Henley A. Veeraraghavan Ramesh Raskar Project page: sidsoma.github.io/transient-2b-n…

Can we reconstruct an object from its shadows measured at picosecond time resolution? We discuss this in our #CVPR2023 paper on two-bounce transients for non-line-of-sight (NLOS) imaging! <a href="/adaveiitm/">Akshat Dave</a> <a href="/Mondo_Condo/">Connor Henley</a> A. Veeraraghavan <a href="/raskarmit/">Ramesh Raskar</a>

Project page: sidsoma.github.io/transient-2b-n…
Akshat Dave (@adaveiitm) 's Twitter Profile Photo

Want to learn how to turn objects into cameras? Come to our #CVPR2023 poster THU-PM-016 presented by Nikhil Behari and Tzofi Klinghoffer CVPR link: cvpr2023.thecvf.com/virtual/2023/p… Project page: ktiwary2.github.io/objectsascam/

Want to learn how to turn objects into cameras? Come to our #CVPR2023 poster THU-PM-016 presented by <a href="/NikhilBehari/">Nikhil Behari</a> and <a href="/tklinghoffer/">Tzofi Klinghoffer</a>
CVPR link: cvpr2023.thecvf.com/virtual/2023/p…
Project page:  ktiwary2.github.io/objectsascam/
Akshat Dave (@adaveiitm) 's Twitter Profile Photo

If you are @ #SIGGRAPH2023 , come to our course tomorrow on Polarization-based Visual computing with Achuta Kadambi Jinwei Ye George Chen & Ramesh Raskar to learn how this invisible light property enhances graphics & vision! hgchen.com/pol_vis_tutori… s2023.siggraph.org/presentation/?…

If you are @ #SIGGRAPH2023 , come to our course tomorrow on Polarization-based Visual computing  with  <a href="/AchutaKadambi/">Achuta Kadambi</a>  <a href="/jinwei_ye/">Jinwei Ye</a>  George Chen &amp; <a href="/raskarmit/">Ramesh Raskar</a>  to learn how this invisible light property enhances graphics &amp; vision!
hgchen.com/pol_vis_tutori…

s2023.siggraph.org/presentation/?…
Akshat Dave (@adaveiitm) 's Twitter Profile Photo

If you are working on neural fields beyond conventional cameras please consider submitting to and/or attending our workshop.

Or Litany (@orlitany) 's Twitter Profile Photo

🚨Jon Barron Kicking off the second half of our “neural field beyond conventional cameras” #ECCV2024 workshop neural-fields-beyond-cams.github.io

🚨<a href="/jon_barron/">Jon Barron</a> Kicking off the second half of our “neural field beyond conventional cameras” #ECCV2024 workshop 

neural-fields-beyond-cams.github.io
Shashank Sonkar (@shashank_nlp) 's Twitter Profile Photo

Excited that our paper "Pedagogical Alignment of LLMs" is accepted at EMNLP'24 findings 🎉 Thanks to all authors - Kangqi Ni, Sapana Chaudhary, Richard Baraniuk Read here: arxiv.org/abs/2402.05000

Ilya Chugunov @ilyac on bsky (@_ilya_c) 's Twitter Profile Photo

This Wednesday (1-6PM, Room 106A) #CVPR2025 we have a great lineup of keynote speakers, posters, and spotlights on neural fields and beyond: neural-bcc.github.io Have a question you want answered by a panel of experts in the field? Send it to us via: docs.google.com/forms/d/e/1FAI…

This Wednesday (1-6PM, Room 106A) <a href="/CVPR/">#CVPR2025</a> we have a great lineup of keynote speakers, posters, and spotlights on neural fields and beyond: neural-bcc.github.io

Have a question you want answered by a panel of experts in the field? Send it to us via: docs.google.com/forms/d/e/1FAI…
Nikhil Behari (@nikhilbehari) 's Twitter Profile Photo

Excited to present our #CVPR2025 ✨Highlight Paper "Blurred LiDAR for Sharper 3D." We introduce a method for 3D Gaussian surfel reconstruction that combines RGB images with diffuse (blurred) LiDARs. Surprisingly, we find that these blurred LiDARs, often used as simple proximity

Excited to present our #CVPR2025 ✨Highlight Paper "Blurred LiDAR for Sharper 3D." 

We introduce a method for 3D Gaussian surfel reconstruction that combines RGB images with diffuse (blurred) LiDARs. Surprisingly, we find that these blurred LiDARs, often used as simple proximity
Akshat Dave (@adaveiitm) 's Twitter Profile Photo

Thanks Kosta Derpanis for the shout out! It was great to demo looking around corners in real-time with just a $30 LiDAR! If you missed it, stop by our poster 77 today afternoon to learn more! #CVPR2025