2518-1092Research result. Information technologies2518-109210.18413/2518-1092-2022-7-1-0-72701ARTIFICIAL INTELLIGENCE AND DECISION MAKING<strong>STRUCTURAL ELEMENTS OF CALCULUS OF SYSTEMS&nbsp;AS FUNCTIONAL OBJECTS</strong><strong>STRUCTURAL ELEMENTS OF CALCULUS OF SYSTEMS&nbsp;AS FUNCTIONAL OBJECTS</strong>ZhikharevAlexander GennadievichZhikharevAlexander Gennadievichzhikharev@bsu.edu.ruMamatovRoman AleksandrovichMamatovRoman AleksandrovichGubkinAlexey VladimirovichGubkinAlexey VladimirovichIgnatenkoPavel VladimirovichIgnatenkoPavel Vladimirovich20227100

The article discusses the basics of the original formal apparatus &ndash; the calculus of systems as functional objects. Calculus is considered in the context of its use to formalize the procedures of system-object analysis of weakly formalized systems. The basic concepts of calculus are considered, such as: a system-object model, a node object, a streaming object, connections of a system-object model, structural components of streaming and node objects. An example of an abstract system and its formal representation by means of calculus is considered. In addition, an example is given of using the method of system-object simulation modeling to build a model of a combined channel signal generation system in order to study its level of resistance to interference.

The article discusses the basics of the original formal apparatus &ndash; the calculus of systems as functional objects. Calculus is considered in the context of its use to formalize the procedures of system-object analysis of weakly formalized systems. The basic concepts of calculus are considered, such as: a system-object model, a node object, a streaming object, connections of a system-object model, structural components of streaming and node objects. An example of an abstract system and its formal representation by means of calculus is considered. In addition, an example is given of using the method of system-object simulation modeling to build a model of a combined channel signal generation system in order to study its level of resistance to interference.

system-object approachsystem modelingsystem-object modelnode objectstream objectsystem-object approachsystem modelingsystem-object modelnode objectstream objectСписок литературы1.&nbsp;&nbsp; Matorin S.I., Zhikharev A.G., Zimovets O.A., etc. Systems theory and system analysis: textbook. Edited by S.I. Matorin. - Moscow; Berlin: Directmedia Publishing. 2020. 509 p.2.&nbsp;&nbsp; Matorin S.I., Zhikharev A.G., Zaitseva N.O. Simulation modeling using a system-object approach // Applied Informatics. 2015. Vol. 10. No. 6 (60). pp. 91-104.3.&nbsp;&nbsp; Abadi Martin and Luca Cardelli A Theory of Objects. &ndash; New York: Springer-Verlag, 1996. 397 p.4.&nbsp;&nbsp; Matorin, S.I., Zhikharev, A.G. Calculation of the function objects as the systems format theory basic // Advance-es in Intelligent Systems and Computing. 2018. vol. 679. p. 182-191.5.&nbsp;&nbsp; Zhikharev A.G., Matorin S.I., Belov A.S. System-object modeling of technological operations of combined channel signal formation // Scientific result. Information technology. 2019. Vol.4. No. 4. pp. 55-65.&nbsp;