DELAUNAY TRIANGULATION APPLICATION FOR ICE DRIFT MONITORING

This paper presents an approach for constructing an ice drift map using Delaunay triangulation applied to satellite imagery. The theoretical basis of the method is discussed, including the creation of a super-triangle that encompasses all data points, computation of circumscribed circle centers of triangles, and Delaunay condition checking. The experimental section demonstrates the application of the algorithm for processing satellite images, providing valuable information for monitoring the ice cover in polar regions.