# deepinv

> DeepInverse is the leading open-source PyTorch-based library for solving imaging inverse problems with deep learning. It provides imaging operators, pretrained reconstruction networks and denoisers, plug-and-play and unfolded optimization, sampling algorithms, training losses and datasets.


deepinverse contributors 2026

## Pages in this subsection

- [Unfolded](https://deepinv.org/auto_examples/unfolded/index.html.md): <div id='sg-tag-list' class='sphx-glr-tag-list'></div><div class="sphx-glr-thumbnails">
- [NOTE](https://deepinv.org/auto_examples/unfolded/demo_deal.html.md): New to DeepInverse? Get started with the basics with the
- [NOTE](https://deepinv.org/auto_examples/unfolded/demo_DEQ.html.md): New to DeepInverse? Get started with the basics with the
- [NOTE](https://deepinv.org/auto_examples/unfolded/demo_LISTA.html.md): New to DeepInverse? Get started with the basics with the
- [NOTE](https://deepinv.org/auto_examples/unfolded/demo_learned_primal_dual.html.md): New to DeepInverse? Get started with the basics with the
- [NOTE](https://deepinv.org/auto_examples/unfolded/demo_custom_prior_unfolded.html.md): New to DeepInverse? Get started with the basics with the
- [NOTE](https://deepinv.org/auto_examples/unfolded/demo_unfolded_constant_memory.html.md): New to DeepInverse? Get started with the basics with the
- [NOTE](https://deepinv.org/auto_examples/unfolded/demo_unfolded_constrained_LISTA.html.md): New to DeepInverse? Get started with the basics with the
- [NOTE](https://deepinv.org/auto_examples/unfolded/demo_vanilla_unfolded.html.md): New to DeepInverse? Get started with the basics with the

## Optional

- [Top-level llms.txt](https://deepinv.org/llms.txt): Complete documentation index.