DeepInverse has joined the PyTorch Ecosystem, making imaging with deep learning easier and more reproducible across research and industry.
DeepInverse is an open source framework for solving imaging inverse problems in medical imaging, computational photography, remote sensing, astronomical imaging, microscopy and more. DeepInverse makes imaging with deep learning easy and is developed by a passionate community of researchers, practitioners and engineers.
š Learn more & explore how to get involved: hubs.la/Q03RKyHJ0#PyTorch#OpenSourceAI#DeepInverse#Imaging#DeepLearning
š deepinverse hackathonš
We just finished a couple of days working on deepinverse in the beautiful CIRM venue.
deepinv.github.io/deepinv/
Immensely grateful to the dream team of contributors that participated in the hackathon!
A thread š§µ
š¢New preprint š¢
UNSURE: Unknown Noise level Stein's Unbiased Risk Estimator
arxiv.org/abs/2409.01985v1
Optimal self-supervised losses (SURE, R2R) require exact knowledge of the noise distribution, and alternatives like Noise2Void are suboptimal.
There is middle groundš§µ
Attending EUSIPCO'24 in Lyon?
You can attend a 3-hour tutorial on self-supervised learning for imaging, given by Mike Davies and myself.
eusipcolyon.sciencesconf.orgā¦
A thread with some of the contents š§µ
š¢ DeepInverse v0.2 is out!
New features:
š Physics for blind inverse calibration problems
šøļø Advanced blurs
š£ Random physics generators
š¤New modular Trainer
šŖ Phase retrieval
š Patch and 3D priors
by new contributors!
Aš§µ
deepinv.github.io/
š£The deepinverse library keeps growing!
Now you can train your model with the self-supervised loss 'recorrupted2recorrupted' by choosing the R2RLoss
Update: Diffusion Posterior Sampling (DPS) is now integrated with deep inverse library (deepinv.github.io). Thanks @hyungjin_chung for the contribution!
'import deepinv as dinv' - one line of code to play with DPS.
šDiffusion Posterior Sampling (DPS) is now part of the deepinverse library.
Big thanks to @hyungjin_chung for the contribution!
The list of deepinv contributors keeps growing š
š¢Happy to announce the "Deep learning, image analysis, inverse problems, and optimization" workshop on November 27-30 in Lyon, France.
perso.ens-lyon.fr/nelly.pustā¦
more details below š§µ
Do you need a library for inverse problems, computational imaging, or image reconstruction/restoration?
try 'pip install deepinv', then
'import deepinv' is all you need! š„³
deepinv.github.io/#deepinverse
DiffPIR is a pretty exciting algorithm mixing diffusion & plug-and-play algorithms. By relying on an operator splitting strategy, it does not require any restrictive assumption on the measurement operator (e.g. no SVD) š¤ø
š¢š¢ Release of DeepInverse library š¢š¢
After months of intense work, we are releasing the first stable version of DeepInverse deepinv.github.io/deepinv/, a PyTorch library for solving inverse problems with deep learning.
with @HuraultSamuel, @MatthieuTerris and @ddongchen
A š§µ
Want to solve your imaging problem with deep learning but no ground-truth data for training?
Good newsš„³! Learning from noisy and incomplete measurement data alone is possible:
"Sampling Theorems for Unsupervised Learning in Linear Inverse Problems" arxiv.org/abs/2203.12513
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Our paper "Imaging with Equivariant Deep Learning" has been accepted at IEEE Signal Proc. Magazineš„³
with @ddongchen, Mike Davies, @caromitreka@MJEhrhardt and Ferdia Sherry.
We review how equivariance is used in deep networks for imaging. A threadš§µ!
Are you interested in inverse problems, learning from incomplete data or how to use deep learning for scientific discovery?
Come along to our poster #415 in the morning poster session today at #NeurIPS2022!
š¢š¢
Our paper "Unsupervised Learning From Incomplete Measurements for Inverse Problems" is accepted at
#NeurIPS2022!
We present
- theoretical analysis for learning from incomplete measurement data alone
- self-supervised loss which obtains SOTA results
A thread!
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