The defense model of the optronic equipment of tactical unmanned air vehicles against enemy laser technologies
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The article presents a developed model of a conflict interaction between optronic equipment and functional-kill laser complexes. The model is based on the representation of the conflict as a semi-Markovian stochastic process with a discrete set of states and mathematical formalization of dependence of probabilities of being the “optronic equipment –functional-kill laser complex” system in their ground states on probability and time characteristics of the conflict parties. The obtained analytical expressions allow the influence of conflicting parties parameters on the conflict winning probability to be defined.
Key words: optronic equipment, laser reconnaissance aid, conflict interaction, state probability, target drop-out, functional-kill laser complex.
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