Zero-MIRID (zero-shot self-supervised learning of Multi-shot Image Reconstruction for Improved Diffusion MRI)  jointly reconstructs multi-shot diffusion-weighted EPI data by incorporating self-supervised deep learning-based image regularization techniques.

[paper]

Wave-MoDL (wave-encoded model-based deep learning for image reconstruction) enables highly accelerated MR scans that improve image fidelity and acquisition speed using wave-encoding strategy and deep learning network.

[paper]

Wave-EPI (wave-encoded echo-planar imaging) allows highly accelerated single- and multi-shot EPI with reduced g-factor and artifacts and may facilitate clinical and neuroscientific applications of EPI by improving the spatial and temporal resolution in functional and diffusion imaging.

[paper]

VUDU (Variable flip, blip-Up and -Down Undersampling) is for motion-robust, distortion-free multi-shot echo planar imaging acquisition.

[abstract]

VUDU-SAGE is motion-robust, distortion-free echo planar imaging and efficient T2 and T2* mappinig method.

Siemens MRI - VE11C

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