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Support for the diagnosis of ultrasound examinations using artificial intelligence (5 min)

Marek Bundzel - , Faculty of Electrical Engineering and Informatics Technical University of Košice ·

Interpretation of USG data is very subjective with approximately 60% agreement between the specialists. Our aim is to implement AI based methods that will improve the reliability of USG interpretation and to aid in the education of the young doctors. For this purpose, we have created a labeled dataset of chest USG videos, focused on detection of A- and B-lines, lung sliding and lung point.

Artificial intelligence helps doctors evaluate chest ultrasound and detect pathological conditions. The project builds on completed basic research and in its current phase is moving toward practical, commercial deployment.

Chest ultrasound and what we actually see

Chest ultrasound is a newer method compared with CT or X-ray, but it does not assess lung tissue directly, which is practically invisible on ultrasound. Doctors look for signs at the interface between the lungs and the chest wall, in the pleural area. Among the static signs are the so-called A-lines and B-lines, visible on individual frames. A temporal phenomenon called lung sliding is also important: in disease or after surgery it can cease, which is a warning sign.

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Marek Bundzel

Faculty of Electrical Engineering and Informatics Technical University of Košice
Associate professor Marek Bundzel, PhD. is active at Technical University in Košice, Slovakia, Department of Cybernetics and Artificial Intelligence. He has conducted research at several research institutions abroad for example Danish Hydroinformatics Institute, University of Pavia, Italy or Czech Technical University, Prague. He spent two years…

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