A MODEL OF COOPERATED GROUP PURSUIT WITH DISTRIBUTION BY TARGETS

Abstract

The article considers the problems of modeling a table with a set of competing parties and a group pursuit of multiple targets. Each table cell represents a structural variable containing data about the predicted time required for an ith pursuer to reach a jth target. For each finite set of pursuer’s distribution by targets, the minimum time value of the pursuer’s reaching the target is selected out of all permissible max-imum ones. Upon analyzing the problems based on the models of real-world objects movements, the author suggests using them for simulation modeling, virtual modeling of game processes, and transport logistics, as well as for developing virtual reality models for parcel delivery performed by drones using a hub-network.