DRIFT: Difficulty-aware Rectified Flows for Through-plane MRI Super-Resolution
Paper β’ 2607.16649 β’ Published
Pretrained checkpoints for DRIFT: Difficulty-aware Rectified Flows for Through-plane MRI Super-Resolution (ECCV 2026), trained on the HCP dataset (0.7 mm isotropic T1w/T2w).
drift_hcp_stage1.ckpt β Stage 1: Anatomical Projection Network (APN)drift_hcp_stage2.ckpt β Stage 2: Difficulty-aware Rectified FlowCheckpoints are weights-only (optimizer state stripped) for lightweight inference.
from models.drift_2d import Stage1APNLightning, Stage2RFLightning
stage1 = Stage1APNLightning.load_from_checkpoint("drift_hcp_stage1.ckpt", map_location="cpu")
stage2 = Stage2RFLightning.load_from_checkpoint("drift_hcp_stage2.ckpt", map_location="cpu")
See the code repository: https://github.com/yoonseokchoi-ai/DRIFT
Project page: https://yoonseokchoi-ai.github.io/drift-eccv2026/
@inproceedings{drift2026,
title={DRIFT: Difficulty-aware Rectified Flows for Through-plane MRI Super-Resolution},
author={Choi, Yoonseok and Ha, Eun-Gyu and Kim, Daniel and Al-masni, Mohammed A. and Yang, Ming-Hsuan and Kim, Dong-Hyun},
booktitle={European Conference on Computer Vision (ECCV)},
year={2026}
}