A Neural Network Looks at Leonardo's(?) Salvator Mundi
Steven J. Frank, Andrea M. Frank

TL;DR
This paper employs convolutional neural networks to analyze the attribution of Leonardo da Vinci's Salvator Mundi, aiming to identify forgeries and clarify authorship controversies through visual analysis.
Contribution
It introduces a CNN-based method trained on Leonardo's works and comparable artworks to assist in attribution and forgery detection.
Findings
CNN can differentiate Leonardo's style from others
The system aids in identifying potential forgeries
Limitations exist due to the few extant Leonardo paintings
Abstract
We use convolutional neural networks (CNNs) to analyze authorship questions surrounding the works of Leonardo da Vinci -- in particular, Salvator Mundi, the world's most expensive painting and among the most controversial. Trained on the works of an artist under study and visually comparable works of other artists, our system can identify likely forgeries and shed light on attribution controversies. Leonardo's few extant paintings test the limits of our system and require corroborative techniques of testing and analysis.
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Taxonomy
TopicsAesthetic Perception and Analysis
