Rodrigo Daudt

[Gradio @Gradio]

🤩 Thera, the first state-of-the-art model that allows super-resolution to arbitrary-scale !

App is live on @huggingface.

[Nando Metzger @NandoMetzger]

We present Thera🔥: The new SOTA arbitrary-scale super-resolution method with built-in anti-aliasing. Our approach introduces Neural Heat Fields, which guarantee exact Gaussian filtering at any scale, enabling continuous image reconstruction without extra computational cost.

[Nando Metzger @NandoMetzger]

Thera: Aliasing-Free Arbitrary-Scale Super-Resolution with Neural Heat Fields
Alexander Becker (@A99529971), Rodrigo Caye Daudt (@rcdaudt), Dominik Narnhofer, Torben Peters (@PeterTor_), Me (@NandoMetzger), Jan Dirk Wegner, Konrad Schindler.

[Ryohei Sasaki@engineer @rsasaki0109]

thera
Neural Fields with Thermal Activations for Arbitrary-Scale Super-Resolution
https://t.co/sJfhAVAgb4

[Joël Mesot @Joel_Mesot]

Researchers at @ETH_en have developed an AI-based solution that uses #satellite images to measure snow depth with a much better resolution than previous methods. Good news for me as a touring skier⛷️❄️🏔️! https://t.co/5quzaeTwTm

[Rodrigo Daudt @rcdaudt]

It’s great to see my work featured on ETH’s website, thank you!

[ETH Zurich @ETH_en]

AI + Satellites = accurate measurement of snow . 🛰❄

This provides winter sport enthusiasts or operators of hydropower plants with an indication of how certain they can be about the estimate of #SnowDepth across Switzerland.

https://t.co/syHTFUtFKn

@innosuisse @WSL_research

[Anton Obukhov @AntonObukhov1]

Introducing Marigold 🌼 - a universal monocular depth estimator, delivering incredibly sharp predictions in the wild! Based on Stable Diffusion, it is trained with synthetic depth data only and excels in zero-shot adaptation to real-world imagery. Check it out:

🌐 Website: https://t.co/rBXhxQChn4
🤗 Hugging Face Space: https://t.co/CYvZZQtEYr
📄 Paper: https://t.co/eEw11yW6MY
👾 Code: https://t.co/0L49Znp2z1

The team: Bingxin Ke (@KBingxin), yours truly (@AntonObukhov1), Shengyu Huang (@ShengyHuang), Nando Metzger (@NandoMetzger), Rodrigo Caye Daudt (@rcdaudt), and Konrad Schindler.

#ComputerVision #PRS #ETHZurich

[Dmytro Mishkin 🇺🇦 @ducha_aiki]

https://t.co/4Bu0hk28N8
Guided depth super resolution
#CVPR2023

[Nando Metzger @NandoMetzger]

Visit @rcdaudt and me at poster #168 at @CVPR!

[Ryohei Sasaki@engineer @rsasaki0109]

Diffusion-Super-Resolution
[CVPR 2023] Guided Depth Super-Resolution by Deep Anisotropic Diffusion
https://t.co/wcDmjczx3k

[Nando Metzger @NandoMetzger]

Excited to announce that our paper "Guided Depth Super-Resolution by Deep Anisotropic Diffusion" has been accepted at CVPR 2023!🎉 You can check out the ArXiv preprint and code repository to learn more about the research. #CVPR2023 #SuperResolution
https://t.co/zd27I3lzVa

[Manu Tom @manuczar]

Deadline in a week!

Consider submitting an abstract to our #EGU23 ML4Cryo session (CR2.5): https://t.co/wXNbHBS7Es

#cryosphere #MachineLearning #DeepLearning #remotesensing #earthobservation #naturalhazards #ice #snow #Avalanche

[Nando Metzger @NandoMetzger]

@ETH_en @EPFL_en @ICRC Thanks for sharing! Big thanks to all of the involved people, especially @john_e_vargas @rcdaudt, Konrad Schindler, and @devistuia
Link to our paper:
https://t.co/3ZOPMFir3z