Over the last ten years, the field of dermatology has experienced significant advancements
through the utilization of artificial intelligence (AI) technologies. The adoption of such …

Automatic facial wrinkles detection and inpainting algorithms have gained attention of
researchers in cosmetics, forensics and computer vision. The majority of current inpainting …

Abstract Background Artificial Intelligence (AI) and deep learning‐based algorithms are
increasingly being used in dermatology following the emergence of powerful smartphones …

Objective To evaluate the capacity of the automatic detection system to accurately grade,
from smartphones' selfie pictures, the severity of seven new facial signs added to the nine …

Objective These were two folds: at first, to develop an automatic grading system specifically
dedicated to some facial signs of men, similar to the one previously validated on women of …

Objective To describe the progressing severity of facial signs and their links with perceived
age, of Chinese men and women. Methods Full‐face photographs of 438 Chinese subjects …

Objective To evaluate the capacity of the automatic detection system to accurately grade,
from smartphones' selfie pictures, the severity of ten facial signs in Japanese women and …

Objective To evaluate the capacity of the automatic detection system to accurately grade,
from selfie pictures, the severity of eight facial signs in South African men. Methods Selfie …

Background Real‐life validation is necessary to ensure our artificial intelligence (AI) skin
diagnostic tool is inclusive across a diverse and representative US population of various …

Background Line‐field confocal optical coherence tomography (LC‐OCT) is an imaging
technique providing non‐invasive “optical biopsies” with an isotropic spatial resolution of∼ …