Two papers accepted to NeurIPS 2026
Work on concept transfer and transparent reporting will appear at this year's conference.
Our team builds models that see the world, and tools that explain how and why they work.
We study perception, generalization, and explanation in modern AI systems. From robust recognition and segmentation to attribution, saliency, and concept-based explanations, we aim to make AI more reliable and interpretable.
Detection, segmentation, multi-modal learning, and evaluation on real-world datasets.
interpretabilityAttributions, saliency maps, concept probes, and human-centered evaluation for explanations.
responsible-aiRobustness, fairness, data quality, and transparent reporting for trustworthy systems.
An open-source toolkit for generating and evaluating attribution maps across vision architectures, from CNNs to ViTs.
A dataset auditing tool that surfaces demographic imbalance and labeling inconsistency before training begins.
A benchmark suite for measuring detection and segmentation performance under real-world distribution shift.
Yuki Tanabe, Mira Solheim · NeurIPS · 2026
Sana Idris, Mira Solheim · CVPR · 2026
Priya Natarajan, Dev Anand · FAccT · 2025
Dev Anand, Mira Solheim · ICCV · 2025
Work on concept transfer and transparent reporting will appear at this year's conference.
Our open-source attribution toolkit is now public, with support for CNNs and vision transformers.
Congratulations to Sana on a successful defense of work on counterfactual attribution.
We publish open research, release datasets and tools, and collaborate with academia and industry.
Contact the lab