*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. Balyk

1

, A.A. Malenkov

1

, V.S. Petrovskiy

2

, A.S. Stanchenko

1

1

Moscow Aviation Institute (National Research University), Moscow, 125993, Russia

2

Joint 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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