Radiology was one of the first medical sectors to be directly concerned by the arrival of
devices labeled “artificial intelligence” for image processing. This evolution is largely …

Background: To advance the implementation of artificial intelligence (AI) in clinical practice,
physicians need to have a better understanding of AI and how to use it within clinical …

Artificial Intelligence (AI) has a wide range of potential uses in medical imaging, despite
many clinical implementation challenges. AI can enhance a radiologist's productivity by …

Deep learning (DL) algorithms are prevalent in radiology as workflow assistants and as
modality enhancements. Magnetic resonance imaging (MRI), computerized tomography …

Digital tools provide a broader view of patients' health through access to data and provide
greater control over patients' health. Digital health offers real opportunities to improve …

ابزارهای دیجیتال از طریق دسترسی به داده‏ ها، با ارائه دید کلی‏ تری از سلامت بیماران کنترل
بیشتری بر سلامت بیماران فراهم می‏ کنند. سلامت دیجیتال فرصت‏ های واقعی را برای بهبود …‎

Introdução: O uso da ressonância nuclear magnética (RM) na prática médica é extensa e
abrange auxílio no diagnóstico de múltiplas condições como: neoplasias, infecções …

The first reports of AI use in radiology date back to 1992 when it was used to detect
microcalcifications in mammography1 and was more commonly known as computer-aided …

La inteligencia artificial (IA) es una nueva disciplina que utiliza la tecnología informática
para la simulación, extensión y ampliación de la inteligencia humana. La concepción de la …

Inngangur: Á allra síðustu misserum hefur notkun og umfang gervigreindar aukist mikið í
læknisfræðilegri myndgreiningu. Þó svo að þessi tækni hafi verið til um áratuga langt skeið …