Prompt-Conditioned FiLM and Multi-Scale Fusion on MedSigLIP for Low-Dose CT Quality Assessment
A public preprint on prompt-conditioned multimodal quality prediction built on MedSigLIP.
Tolga Demiroglu, Mehmet Ozan Unal, Metin Ertas, Isa Yildirim
Papers
Published papers and public preprints from ITU BIAI Lab, ordered as the primary section of the site.
A public preprint on prompt-conditioned multimodal quality prediction built on MedSigLIP.
Tolga Demiroglu, Mehmet Ozan Unal, Metin Ertas, Isa Yildirim
A public preprint that unrolls BM3D-style denoising into a trainable network while preserving the logic of non-local collaborative filtering.
Kerem Basim, Mehmet Ozan Unal, Metin Ertas, Isa Yildirim
A public preprint that makes classical total-variation regularization spatially adaptive with a learned lambda map.
Yusuf Talha Basak, Mehmet Ozan Unal, Metin Ertas, Isa Yildirim
A public arXiv preprint studying how large multimodal models can score and explain CT image quality.
Kagan Celik, Mehmet Ozan Unal, Metin Ertas, Isa Yildirim
A public preprint arguing that reconstruction objectives should adapt to the downstream diagnostic task rather than staying fixed.
Necati Sefercioglu, Mehmet Ozan Unal, Metin Ertas, Isa Yildirim
A projection-domain self-supervised reconstruction pipeline that removes the need for paired normal-dose targets.
Mehmet Ozan Unal, Metin Ertas, Isa Yildirim
An IEEE ISBI paper showing that low-dose CT reconstruction can be trained without paired clean targets.
Mehmet Ozan Unal, Metin Ertas, Isa Yildirim
An earlier public preprint extending U-Net style reconstruction into the volumetric domain for low-dose CT.
Doga Gunduzalp, Batuhan Cengiz, Mehmet Ozan Unal, Isa Yildirim
A journal paper that uses a deep generative prior as an unsupervised regularizer for low-dose CT reconstruction.
Mehmet Ozan Unal, Metin Ertas, Isa Yildirim