Speaker
Description
In this work, we investigate the capacity of Generative Adversarial
Networks (GANs) in generating unrepresented patterns in a geological
dataset. The new unrepresented patterns in the training dataset are as-
sumed to belong to the same original data distribution. Speci?cally, we
design a conditional GANs model in a supervised training of GANs, to in-
terpolate geological properties between the training classes. The presented
study includes an investigation of various training settings and model ar-
chitectures. In addition, we devised new conditioning routines, for an
improved generation of the missing samples. The presented numerical ex-
periments on images representing binary channels showed good geological
consistency as well as strong correlation with the target conditions.
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