Valentinos Pariza
PhD researcher in computer vision at the University of Technology Nuremberg (UTN).
Fundamental AI Lab
Nuremberg, Germany
I work with Yuki M. Asano at the Fundamental AI Lab.
I study how models understand images and how that knowledge can help them generate and edit images. My earlier work focused on self-supervised vision encoders and the spatial information in their features. These days, I work on diffusion models for perception, editing, and generation, with growing interests in multimodal learning and video. Across these projects, I want to understand what visual information carries over between tasks and how to train and adapt models efficiently.
Selected research
Ongoing · manuscript in preparation
Open Vision Banana
Adapting image editors for perception, including depth, surface normals and segmentation.
Core contributor; main work on depth, normals, editing and generation.
CVPR 2026
Franca
Learning visual features at several levels of detail for dense prediction.
Co-first author. I also developed RASA.
ICLR 2025
NeCo
Learning the order of nearby patches to improve dense visual features.
First author; MSc thesis research.
Background
I completed my MSc in Artificial Intelligence at the University of Amsterdam, where I graduated cum laude and took part in the ELLIS MSc Honours Programme. My thesis was a collaboration between UvA, TNO, and ISTA, supervised by Yuki M. Asano, Gertjan Burghouts, and Francesco Locatello. Before that, I studied Computer Science at the University of Cyprus.
NeCo grew out of my MSc thesis. During that work, I also built Open Hummingbird Evaluation, an open-source implementation of Balažević et al.’s dense nearest-neighbor evaluation.
I’ve also worked at Amazon, South Pole, and CYENS, and co-founded Fooderloo to help reduce food waste in Cyprus. My CV has more about these roles.
Outside research, I enjoy music, cycling, other sports, and travelling.
Recent news
| Oct 29, 2026 | I was named an Outstanding Reviewer at CVPR 2026. |
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| Feb 20, 2026 | Our paper Franca was accepted to CVPR 2026. Shashanka Venkataramanan and I are co-first authors. |
| Jan 24, 2025 | Our paper Near, far: Patch-ordering enhances vision foundation models’ scene understanding (NeCo) was accepted to ICLR 2025. |