Python code for Model 1 used to predict FAZ length from B-scan OCT images.

<p>Python code for Model 1 used to predict FAZ length from B-scan OCT images.</p>

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Bibliographic Details
Main Author:	Taku Toyama (102864) (author)
Other Authors:	Ichiro Maruko (3146337) (author), Han Peng Zhou (10178365) (author), Miki Ikeda (20435921) (author), Taiji Hasegawa (4397656) (author), Tomohiro Iida (259175) (author), Makoto Aihara (153475) (author), Takashi Ueta (102880) (author)
Published:	2024
Subjects:	Medicine Cell Biology Biotechnology Science Policy Space Science Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Information Systems not elsewhere classified providing new insights foveal avascular zone models ’ performance model 2 ’ 5 lines ). model 3 converted model 3 achieved model 1 achieved actual faz areas using oct images scan images used model 2 estimated correlation coefficient rising 5 horizontal measurements predict octa data 2 </ sup model 1 predicted predicting faz area scan images horizontal measurements subsequently estimated performance improved octa imaging 95 ). 1 line faz length faz area oct b xlink "> narrower limits findings demonstrate developmental mechanisms decreasing biases
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