Data Models for Dataset Drift Controls in Machine Learning With Optical Images
Luis Oala ⋅ Marco Aversa ⋅ Gabriel Nobis ⋅ Kurt Willis ⋅ Yoan Neuenschwander ⋅ Michèle Buck ⋅ Christian Matek ⋅ Jerome Extermann ⋅ Enrico Pomarico ⋅ Wojciech Samek ⋅ Roderick Murray-Smith ⋅ Christoph Clausen ⋅ Bruno Sanguinetti
Abstract
This study addresses robustness concerns in machine learning due to dataset drift by integrating physical optics with machine learning to create explicit, differentiable data models. These models illuminate the impact of data generation on model performance and facilitate drift synthesis, precise tolerancing of model sensitivity (drift forensics), and beneficial drift creation (drift optimization). Accompanying the study are two datasets, Raw-Microscopy and Raw-Drone, available at ANONYMIZED.
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