Построение многоцелевой системы крылатых ракет в условиях многофакторной неопределенности

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Построение многоцелевой системы крылатых ракет…
Инженерный журнал: наука и инновации # 10·2017 13
Constructing a multipurpose system of cruise missiles
within the conditions of multifactorial uncertainty
© V.M. Balyk1 , A.A. Malenkov1, V.S. Petrovskiy2, A.S. Stanchenko1
1Moscow Aviation Institute (National Research University), Moscow, 125993, Russia
2Joint stock company Military and industrial corporation NPO Mashinostroyenia,
Reutov, Moscow region, 143966, Russia
The article considers the problem of constructing a system of cruise missiles resistant to
the change of the external target environment. We have formulated a criterion of stability
that allows selecting such design decisions which increase the feasibility of accomplish-
ing the target by the system. Our work defines the statistical functional interconnection
between the optimality criterion and the design decision, which provides an opportunity
for finding a reasonable stable design decision. We introduce a criterion of the design
decision immunity to the multifactorial uncertainty that is dependent on the impact of the
uncontrolled factors related to the target. A large variety of such factors, different nature
of their origin and the incompleteness of knowledge of their laws dictate the need for
considering the multifactorial uncertainty from more common positions connected with
the notion of the design decision immunity to the perturbing factors. As the criterion of
immunity we examine a regularity criterion written in relation to the Lipschitz constant
characterizing the degree of the criterion scores immunity to the variations of the multi-
factorial uncertainty.
Keywords: cruise missile, optimal target allocation, multifactorial uncertainty, functional
stability
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