Features of constructing an algorithm for the cycle between stage-by-stage situational control of conflict in-teraction of the ground-based RES complex with small (light) drones

Abstract

An informative description provides the structure and features of the construction of the cycle algorithm between the staged situational control of the ground-based RES complex within the framework of a simplified two-way dynamic model of conflict interaction of the components of multifunctional structures of a small (light) tactical-level UAV and a single-purpose ground-based RES complex when protecting an important infrastructure facility for scenarios of controlled or autonomous UAV flights in conditions of a shortage of counteraction time.

The algorithm prepares the conditions for coordination for the effective solution of functional tasks of intra-stage situational management with the maximum values of the probabilities of their successful solution in the sequence of stages of conflict resolution in favor of the RES complex, and also optimizes the solution of the tasks of the cycle of coordination of the interaction of these stages in order to achieve the Main goal of management - the maximum probability of protecting an important object. This is achieved by managing the dynamic state of a conflict situation in a pre-formed sequence of purposeful stages, coordinated by goals, conditions of observation and suppression, synchronized in time of statements and solutions of the tasks of the cycle of coordination of the interaction of the stages of the functioning of the RES complex when they change through the synergy of these processes and their results and quick and flexible reconfiguration of its structure.

The peculiarities of constructing the algorithm lie in the characteristics of the interaction capability during the working time interval of the complex of reconnaissance and suppression means for increasing efforts during stage changes with combinations of various types of point interference for signal and covert information suppression of UAVs as intelligence information about its signatures accumulates and arrives, as well as in the technological features of its implementation.

Despite the significant impact of the above technological features of the algorithm on its controllability and effectiveness, the algorithm has certain limitations. They are due to the physical properties of the RES complex, which lead to a short operating time of the complex and an impact only on the composition of suppression objects in the UAV structure. The structure of the ground-based RES complex needs to be modernized, e.g., by including a tethered balloon in its composition, which leads to achieving potential effectiveness in countering various types of tactical-level UAVs due to a significant expansion of the complex's functional capabilities with an increased duration of its operating time, the emergence of new reconnaissance and suppression objects in new counteraction conditions, where the entire structure of a small unmanned system is used, previously inaccessible to the ground-based RES complex.