Practical application recommendations of the radar grid method of collective guidance and guided missile targeting in the interests of an effective attack on a group air target

As is known, for modeling spatial and temporal parameters of the application of a multi-position system (MPS) The “pulse-Doppler onboard fighter radar - pulse-Doppler onboard radar of the missile seeker” of the air-based (for the purpose of subsequent effective counteraction to the group air target), appropriate dynamic models are used. An analysis of known methods for mathematically representing the dynamics of behavior of complex systems shows that the most convenient form of its representation is an oriented time graph of discrete states of the system (process). To explain the principle of practical application and the distinctive features of collective guidance and guided targeting (based on the analysis of the frequency deviation matrix) of the synthesized radar grid guidance method based on algorithms for optimal inter-position multi-channel processing of received signals, the article presents a dynamic model of the use of air-based MPS “pulse-Doppler onboard fighter radar - pulse-Doppler onboard radar of the missile seeker” in the interests of destroying the group air target in the form of discrete states graphs