Public work from doctoral research and earlier collaborations, spanning reliable computer vision, anomaly detection, AI-assisted simulation, and interactive learning systems.
Exploratory work on interpretable computer-vision pipelines for ophthalmic images.
Development of an explainable anomaly detection framework for road environments using pixel-level uncertainty and risk mapping.
A contactless English learning platform using AI-driven 3D avatars.
Explainable AI-based system for detecting and explaining anomalies in power systems.
Development of an AI-powered XR-based counter-terrorism training simulator.