If you use our papers or software in your work, please consider citing the corresponding publication (more to be added).
arXiv2025
No alignment needed for generation: Learning linearly separable representations in diffusion models
primary, primary
Yasar Alcalar
arXiv2025
No alignment needed for generation: Learning linearly separable representations in diffusion models
primary, primary
Mehmet Akcakaya
NeurIPS2025
Time-embedded algorithm unrolling for computational MRI
primary, primary, primary
Junno Yun
NeurIPS2025
Time-embedded algorithm unrolling for computational MRI
primary, primary, primary
Yasar Alcalar
NeurIPS2025
Time-embedded algorithm unrolling for computational MRI
primary, primary, primary
Mehmet Akcakaya
NeurIPS (Spotlight⭐)2025
Fast MRI for all: Bridging access gaps by training without raw data
primary, primary, primary
Yasar Alcalar
NeurIPS (Spotlight⭐)2025
Fast MRI for all: Bridging access gaps by training without raw data
primary, primary, primary
Merve Gulle
NeurIPS (Spotlight⭐)2025
Fast MRI for all: Bridging access gaps by training without raw data
primary, primary, primary
Mehmet Akcakaya
MRM (Magnetic Resonance in Medicine)2020
Self-supervised learning of physics-guided reconstruction neural networks without fully-sampled reference data
primary, primary, primary, primary, primary, primary
Burhaneddin Yaman
MRM (Magnetic Resonance in Medicine)2020
Self-supervised learning of physics-guided reconstruction neural networks without fully-sampled reference data
primary, primary, primary, primary, primary, primary
Seyed Hosseini
MRM (Magnetic Resonance in Medicine)2020
Self-supervised learning of physics-guided reconstruction neural networks without fully-sampled reference data
primary, primary, primary, primary, primary, primary
Steen Moeller
MRM (Magnetic Resonance in Medicine)2020
Self-supervised learning of physics-guided reconstruction neural networks without fully-sampled reference data
primary, primary, primary, primary, primary, primary
Jutta Ellermann
MRM (Magnetic Resonance in Medicine)2020
Self-supervised learning of physics-guided reconstruction neural networks without fully-sampled reference data
primary, primary, primary, primary, primary, primary
Kamil Ugurbil
MRM (Magnetic Resonance in Medicine)2020
Self-supervised learning of physics-guided reconstruction neural networks without fully-sampled reference data
primary, primary, primary, primary, primary, primary
Mehmet Akcakaya