FORMALIZATION OF THE FORECASTING PROCEDURE FOR DAMAGE TO ARMAMENT AND MILITARY EQUIPMENT OF AIR DEFENCE TROOPS IN PERSPECTIVE LOGISTIC SUPPORT AUTOMATIC CONTROL SYSTEM

• Main Authors: Denys M. Zapara, Mykhailo B. Brovko, Serhii A. Bortnovskyi, Pavlo V. Openko
• Format: Article
• Language: English
• Published: National Defence University of Ukraine named after Ivan Cherniakhovsky 2018-03-01
• Series: Sučasnì Informacìjnì Tehnologìï u Sferì Bezpeki ta Oboroni
• Subjects: logistic support system; means of destruction; a sample of armament and military equipment; damage; structural element; explosive action; area defeat; sight defeat
• Online Access: http://sit.nuou.org.ua/article/view/158234
• ISSN: 2311-7249; 2410-7336

The article deals with the issues of improving the information support of a perspective logistic support automatic control system by forming the procedure for predicting the expected damage to armament and military equipment (AME) of air defence troops (ADT) directly from the impact of the explosive action of the weapon. The main attention is paid to the issue of assessing the effectiveness of the actions of the ADT units. Damages are provided separately from the tasks of their further elimination, the AME model is considered as an integral object. As a means of destruction, aircraft weapons are mainly considered. In accordance with the criteria of distribution of the results that are expected during one type of strike, all samples of AME are classified into groups. A qualitative indicator of the prediction of the level of damages of the AME model of ADT sample is the sign of the degree of its damage. The criterion for determining the degree of damage to an AME model of ADT specimen from the explosive action of the weapon is the number of AME that have been hit. Calculation of the probability of obtaining the damage by a structural element of any of the armament model of ADT from the explosive action of the weapon was conducted with taking into account the engineering equipment of the positions. Such an approach allows the control authorities of the logistic support of ADT to receive correct calculation results for the expected losses of AME ADT systems. As a result of fact that the enemy uses weapon an explosive action is a characteristic of the degree of damage.