Assistant Professor at @WeizmannScience. Computer Vision & Computational Imaging.
Rehovot, Israel
Joined June 2020
- Tweets28
- Following99
- Followers156
- Likes64
Pinned Tweet
Ever wondered how humans would perceive the world with eyes 1000x faster, sensitive to infrared, or capable of "seeing" coffee cup vibrations from our voice?
For humans, it's a mystery. But for 𝗺𝗮𝗰𝗵𝗶𝗻𝗲𝘀, my group at WIS aims to answer these ques., and you can take part!
Don't miss our talk 𝐓𝐎𝐃𝐀𝐘 @ Oral Session 1D, 10:30 am, MHB 3A-4A.
(Note the date change Sunday --> Friday).
𝐓𝐋;𝐃𝐑: We extend speckle-based sound recovery from very “easy” objects (e.g., a chip bag) to a broader and more challenging class of everyday objects.
#CVPR2026
Can you hear the contents of a Coke bottle?
We can!
Our novel vibration-sensing camera + Vibration-Transformer detect container type & its hidden liquid level — all remotely, no contact.
Catch us Tue PM poster #878 @ #ICCV2025!
Project page: tinyurl.com/v9e9v5mj
Mark Sheinin retweeted
🚗 Join us for the Responsible Imaging Workshop @ ICCV 2025!
🗓 Oct 20 afternoon | 📍 Hawaii Conv. Center, 305A
Featuring exciting talks and discussions by Bill Freeman, Kyros Kutulakos, Amir Zamir, Laura Waller and @MarkSheinin Don’t miss it!
#ICCV2025
Mark Sheinin retweeted
Using a vision transformer and a speaker to vibrate a bottle to see inside of it
Reminder: CCD 2025 is happening this Wednesday (full day) @CVPR.
kristinamonakhova.com/ccd202…
Location: 205 A, (posters in Hall D)
Want to contribute a question to our fantastic panel discussion? Type it here: forms.gle/SRQoPZw1wazA8XxP8
See ya Wednesday!
The 14th Computational Cameras and Displays (CCD) Workshop is back at @CVPR 2025 — happening June 11!
Amazing speakers - Check!
Poster & spotlight submissions are now open (deadline: April 25). Got published or unpublished work? We want to see it!
kristinamonakhova.com/ccd202…
Fun fact: the 'PR' in @CVPR is Pattern Recognition!
But what if your environment, or parts of it, don't have good patterns?
No problem: Just paint them remotely with light! (a laser), then track them with an infrared camera.
Check it out at: marksheinin.com/thermal
1/2
Mark Sheinin retweeted
CCD @CVPR going strong with some of us waiting outside as the room reached capacity
Our paper is:
Projecting Trackable Thermal Patterns for Dynamic Computer Vision
Our system is used for dynamic vision tasks such as SfM, object tracking, and optical flow on completely textureless objects.
Poster time: Friday, PM
#CVPR2024, #ComputerVision, @CMU_Robotics
We'll have some amazing speakers at the CCD @CVPR workshop this year!
Poster submission deadline is April 7.
csiplab.github.io/ccd2024/
Mark Sheinin retweeted
Happy to share that the 13th Workshop on "Computational Cameras and Displays (CCD)" is happening at @CVPR 2024 on June 18.
Submission for poster and spotlight presentations is now open (deadline April 7). Please submit your published/unpublished work.
csiplab.github.io/ccd2024/
Mark Sheinin retweeted
Changes in the speckles of laser light bounced directly off of sound-producing objects can be used to reconstruct sound. OPN talked with @MarkSheinin, who, with colleagues, has developed a setup for doing just that—without the expensive high-speed cameras. ow.ly/9QHH50KFnka
If you missed our talk about "Dual-Shutter Optical Vibration Sensing" at the Tuesday morning award session, you can catch a short overview today at the Hall B-C morning Oral session, and come to chat at our poster (32a). Look for the poster making sounds!
Mark Sheinin retweeted
If you're in @CVPR and are interested in computational imaging for science, come to our tutorial on 06/19, AM session. @optrickster will talk about microscopy, Wolfgang Heidrich about fluid imaging and I will talk about computational imaging in astronomy
sites.google.com/view/cvpr20…
#CVPR2022
What if a camera could *see* the tiny (microscopic) surface vibrations of musical instruments as a musician plays them?
Or a chips bag's vibrations caused by a person speaking in the room?
Our new @CVPR (Oral) paper has the answers!
youtu.be/_pq0d1oxtA0
1/4
We experimentally show apps like:
* Remote sensing of minute surface vibrations in 2D (e.g., speaker membrane)
* Recording indirect vibration sources (e.g. human speech from a chips bag)
* Recording multiple instruments at once.
* Object vibrational modes analysis.
3/4
Joint work with Dorain Chan, @mpotoole, and Srinivasa Narasimhan
Questions? Comments? Ideas?
Come say hi at the Friday morning poster session! (poster 32a)
Paper: tinyurl.com/2p9ap873
4/4