Vesuvius Challenge Patch Aggregation Analysis
A report on patch aggregation methods in ink detection for the Vesuvius Challenge. Awarded August, 2024 Progress Prize.
Machine Learning Engineer & Researcher
I'm Louis ("Lou") Schlessinger, a machine learning engineer and researcher interested in mathematical reasoning, spatial cognition, and neuro-inspired AI. I currently work on projects exploring how intelligent systems learn, reason, and build internal representations of the world.
A few things about me: I led the team that placed runner-up for the 2023 Vesuvius Challenge Grand Prize, presented work on automated model search at the NeurIPS Meta-Learning workshop, and have built large-scale multimodal ML systems in production. I hold B.S. and M.S. degrees in computer science from Washington University in St. Louis.
Research
Work across computer vision, geometry, and automated model search.
A report on patch aggregation methods in ink detection for the Vesuvius Challenge. Awarded August, 2024 Progress Prize.
A method to detect ink in carbonized micro-CT scans of the Herculaneum Papyri. Awarded runner-up in the 2023 Grand Prize.
A topological and geometric analysis comparing and contrasting scrolls and fragments from the Vesuvius Challenge to better understand domain differences.
Presented at the 3rd Workshop on Meta-Learning at NeurIPS 2019, Vancouver, Canada.
Master's Project, Washington University in St. Louis, May 2019.