A simulation model of the functioning of measuring instruments metrological maintenance system for weapons and military equipment parameters control based on Petri nets
Abstract
Today, in the context of the weapons and military equipment intensive development, means of monitoring its parameters, information and digital technologies, and in the context of the phased NATO standards implementation in the Ukraine Armed Forces, one of the priority tasks for the development of Ukraine Armed Forces is the creation of effective systems for ensuring samples weapons, which include the metrological maintenance system of measuring instruments for their parameters control. The solution of such a problem in an analytical way is, as a rule, difficult, and in some cases, it is essentially impossible. As a result, there is a large number of interconnections both between the elements of the system and between heterogeneous means of measuring parameters control within each element. Well-known methods of simulation allow to analyze and obtain information about the structure and dynamic behavior of the system, evaluate it and develop proposals for its improvement or change. In this regard, to solve problems of this type, the article proposes to use the theory of Petri nets for imitating the functioning of the metrological maintenance system of measuring instruments for weapons and military equipment parameters control.
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References
Gavrilov A.B., Nikolenko V.V., Rondin Y.P. (2007). Methodology of system approach in developing a model of organization of metrological support of the Armed Forces of Ukraine in the conditions of reform and in the future. Weapons systems and military equipment, Kharkiv, HUPS them. I. Kozheduba, № 2 (10), P. 39-43.
Voitenko S.S. (2011). Mathematical model of functional readiness of the system of metrological maintenance of measuring equipment. Collection of scientific works of Kharkiv University of the Air Force, Kharkiv, HUPS them. I. Kozheduba, № 3 (29), Pp.205-207.
Ignatkin V.V. (2014). Modeling of metrological maintenance of measuring instruments. Scientific Journal “Bulletin of Engine Building”, Zaporozhye, ZNTU, № 1, P. 161-167.
Pivnev D.A., Gerasimov S.V., Podorozhnyak A.O. (2010). Mathematical model of verification (calibration) and repair of measuring equipment in the places of deployment of military units. Weapons systems and military equipment, Kharkiv, HUPS them. I. Kozheduba, № 4 (24), Pp. 151-154.
Litvinenko V.A. (2012). Some issues of modeling the process of operation and metrological maintenance of measuring equipment in the optimization of metrological control. Scientific Journal “Mathematical Modeling”, Dniprodzerzhynsk, № 1, P. 71-75.
Mishchenko V.I., Kravtsov A.N. & Mamleev T.F. (2021). A Semi-Markov Model of the Functioning of Redundant Measuring Instruments Relative to the Frequency of Verification. Measurement Techniques, 2021, Vol. 64, № 4, P. 289-295, DOI: 10.1007/s11018-021-01931-3
Peterson J. Petri network theory and systems modeling. Moscow: Mir Publishing House, 1984, 264 p.
Leskin A.A., Maltsev P.A., Spiridonov A.M. Petri nets in modeling and control, Leningrad, Nauka Publishing House, 1989, 133 p.
Kotov V.E. Remember Petri. Moscow, Nauka Publishing House, 1984, 158 p.
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