Modern medicine is on the threshold of a technological transformation caused by the active introduction of artificial intelligence into clinical practice. These technologies not only speed up diagnostics and improve the accuracy of surgical interventions, but also enable the creation of individualized treatment plans, the development of new drugs, and remote access to medical services. The relevance of this research is determined by the growing role of artificial intelligence in healthcare and the need to systematize its existing applications. This article provides a comprehensive analysis of the application of artificial intelligence technologies in modern medicine. The article systematizes the application of AI, examines key examples of projects operating in Russia, and outlines the prospects for technology development over the next 5-10 years. Particular attention is paid to the ethical, legal, and organizational challenges associated with the implementation of AI in medical practice.

Keywords: artificial intelligence, medicine, telemedicine

A method for the formation of spatial configurations in the form of semiregular polyhedra is described. The algorithm of geometrical calculation allowing to determine the coordinates of nodes of constructive networks of polyhedral hemispherical domes, edge lengths, and the size of triangular faces is given. Spatial configurations in the form of 20-, 80-, 320-, and 1280-grannikov were obtained. The results are illustrated by two projections of the above-mentioned polyhedra. Geometrical schemes of sectorial parts of hemispherical domes on cutting of 320- and 1280-grannikov with designation of typical units and triangular panels are given.

Keywords: icosahedron, edge, face, hemisphere, duplication, sectorial part, polyhedron, dome, size, triangular panel