Automatic Detection of Keratoconus from Galilei Corneal Images Using Convolutional ‎Neural Networks
The Dataset encompasses data from 3538 eyes, including 1872 with a diagnosis of keratoconus ‎and 1666 healthy eyes. All images were collected from the recorded data in the Iranian National ‎Registry for Keratoconus (KCNReg®). Four colored corneal maps—Posterior Elevation Best-fit ‎Toric Aspheric (BFTA), Anterior Elevation BFTA, Anterior Instantaneous Curvature, and ‎Pachymetry—as well as 14 indices from Galileo Corneal Tomography comprise the data for each ‎eye. The dataset enables researchers to develop deep learning networks based on Galilei images ‎for a more holistic investigation of the Keratoconus disease.‎ To access the Keratoconus Dataset associated with the study titled "Automatic Detection of ‎Keratoconus from Galilei Corneal Images Using Convolutional Neural Networks", please ‎complete the following form. You commit to using the dataset solely for non-commercial ‎purposes after approval. ‎
Contact if you need more information: Sabbaghi.opt@gmail.com
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