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(.): cyber-physical system, unmanned aerial vehicle, control of agroup of unmanned aerial vehicles, reconfiguration, matching, deferred acceptance algorithm
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(.): The control of the interaction of cyberphysical system objects within a heterogeneous group necessitates the completion of a series of tasks, among which we can identify the tasks of group configuration control, including the formation of the initial configuration, the optimization of the spatial location of objects, the distribution of targets, and the reconfiguration of the group. The importance of the task of group reconfiguration is due to the importance of ensuring and preserving the integrity of the group in conditions of reduced capabilities, for example, due to the failure of individual members of the group. This paper considers the reconfiguration of a two-level group of heterogeneous interacting objects of a cyber-physical system. It does so on the basis of the reconfiguration of a two-level group of unmanned aerial vehicles, which have been constructed according to the scheme "master-subordinate." In order to address this issue, we propose an approach for developing a decision-making model that reduces the problem to a set of pair-combinations in accordance with the "many to one" scheme. A procedure for the formalization of preferences is presented, along with an algorithm for the formation of an optimal configuration. This algorithm is a modified Gale-Shapley algorithm for a two-sided matching model with a dynamic real quota. The results of the experimental study of the algorithm, and ways to eliminate the shortcomings identified are presented and discussed. The conclusion presents a comprehensive overview of possible directions for further advancement of the proposed approach to constructing a decision-making model for the reconfiguration problem.
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