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Michael-Jiang/See-the-Invisible-with-SWIR
See-the-Invisible-with-SWIR is a image-to-image model from Michael-Jiang. Use it when you need one image transformed into another. It is set up for pytorch. The card lists the license as mit.
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Updated Aug 30, 2026
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From the Hugging Face model README
Official checkpoint collection for the SWIR denoising method and its reported baselines and ablations. Download and verify every published artifact with:
pip install "huggingface-hub>=0.25"
python scripts/download_artifacts.py --kind models
| File | Experiment | Architecture |
|---|---|---|
two_stage_shared_task.bin | neutral legacy shared-task checkpoint | two-stage residual U-Net |
pg.bin | P-G noise model | U-Net |
eld.bin | ELD noise model | U-Net |
sfrn.bin | SFRN noise model | U-Net |
ablation_single_stage.bin | single-stage ablation | U-Net |
fpnv2.bin | no-FPN evaluation ablation | two-stage residual U-Net |
The exact publication allowlist, SHA-256 hashes, embedded metadata,
configurations, and legacy script identifiers are included in
checkpoint_inventory.json.
PG, ELD, SFRN, single-stage, and no-FPN artifacts have unique legacy namespaces.
The full-method and shot-noise trainers accidentally shared one output namespace;
that surviving weight is labeled two_stage_shared_task, not uniquely as either
experiment. See docs/checkpoint_provenance.md before citing or repackaging it.
Model weights are released under the repository's MIT license. Training data are separately licensed; SID images are not redistributed.
@inproceedings{jiang2025see,
title={See the Invisible with SWIR: Learning to Enhance via Synthetic Noise Modeling},
author={Jiang, Haiyang and Wang, Hongjun and Zheng, Yinqiang},
booktitle={Proceedings of the IEEE/CVF International Conference on Computer Vision Workshops},
pages={7449--7458},
year={2025}
}