Voronov Ye.
Doctor of Technical Sciences, professor of «Informatics and Control Systems» department, Bauman Moscow State Technical University, Moscow, Russia
Repkin A.
Candidate of Technical Sciences, senior researcher of Scientific Educational Complex «Informatics and Control Systems», Bauman Moscow State Technical University, Moscow, Russia
Kuslya A.
Head of design-theoretical department of JSC «Tactical Missies Corporation», Korolyov, Moscow Oblast, Russia
Sychov S.
Deputy general designer for innovative development of JSC «Tactical Missies Corporation», Korolyov, Moscow Oblast, Russia

Abstract
The task of detection and identification of group of target dynamic objects (GTDO) objects by coordinates and type of objects for group of controlled objects (GCO) as part of the network-centric group of GWO has been considered and solved, with determination of a main object of GDTO based on parameters of detection frequency of GTDO objects for GCO and reliability of identification of GTDO objects, with formation and analysis of the detection matrix of GTDO objects from the GCO. Based on statistical modeling of the configuration of systems and the corresponding probabilities of detection and identification, the effectiveness of the developed algorithm is shown, and a multifactor analysis of the efficiency of the algorithm on various configurations of GCO and GTDO systems is carried out.

Keywords: group of controlled objects, group of target dynamic objects, network-centric control, detecting, identifying, target assignment, multifactor analysis of effectiveness.