Although largely focused on the patient, the provision of healthcare services is a 2-way process and its success hinges on the interactions between patients and physicians.Given the growing role of subjective, patient-dependent wuh721414ale6l1 assessment of the quality of care received, which is increasingly influenced by the individual aspects of
GENERATIVE ADVERSARIAL NETWORKS AS A NOVEL APPROACH FOR TECTONIC FAULT AND FRACTURE EXTRACTION IN HIGH-RESOLUTION SATELLITE AND AIRBORNE OPTICAL IMAGES
We develop a novel method based on Deep Convolutional Networks (DCN) to automate the identification and mapping of fracture and fault traces in optical images.The method employs two DCNs in a two players game: a first network, called Generator, learns to segment images to make them resembling the ground truth; a second network, called Discriminator