Deep neural networks (DNNs) often fail to generalize on test data sampled from different input distributions when labeled data is scarce.
Unsupervised Deep Domain Adaptation (DDA) techniques have been proven useful in addressing this challenge, particularly when labeled data is unavailable and distribution shifts are observed in the target domain.
In a recent study, seismic images of the F3 block 3D dataset from offshore Netherlands (source domain) and Penobscot 3D survey data from Canada (target domain) were used to evaluate a deep neural network architecture named EarthAdaptNet (EAN).
The EAN achieved high accuracy in semantically segmenting the seismic images and demonstrated the potential for classifying seismic facies classes with high accuracy.