Valentinos Pariza

PhD researcher in computer vision at the University of Technology Nuremberg (UTN).

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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

Franca overview showing nested clustering and evaluation results

CVPR 2026

Franca

Learning visual features at several levels of detail for dense prediction.

Co-first author. I also developed RASA.

NeCo patch-ordering method overview from the paper

ICLR 2025

NeCo

Learning the order of nearby patches to improve dense visual features.

First author; MSc thesis research.

All publications · More projects and software

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.
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.

All news