V.P. Soldatov1

1 JSC “CNIRTI named after academician A.I. Berg” (Moscow, Russia)

1 post@cnirti.ru

Problem statement. To date, there are problems with the creation of integrated multifunctional measuring complexes (MFIC), while there are several positions reflecting different understandings of their effectiveness in semi-natural modeling and field tests of the use of electronic warfare in a real conflict with weapon control systems. Solving the problem of evaluating effectiveness in real time is difficult and requires coordinating the positions of a number of different weapons systems in the current conflict. A variant of evaluating the effectiveness of the use of MFIC and electronic warfare aircraft using test results is proposed to ensure the rapid introduction of adjustments into the system.

Goal. The coordination of various positions in understanding, evaluating the effectiveness of the use of MFIC and electronic warfare aviation equipment using the results of tests and research in this scientific field, the practical implementation of such a systemic property as the quality of test results and their application in conjunction with the basic unified structure of electronic warfare equipment.

Results. An approach is proposed for the further development of testing systems for aviation electronic warfare and UAVS with the possibility of evaluating the effectiveness of the use of MFIC and electronic warfare systems in real time using simulation of signals and test results for a typical basic unified model of electronic warfare aircraft.

Practical significance. Creating prerequisites for the development of new models and methods for solving problems of evaluating the effectiveness of electronic warfare systems using integrated MFIs in real time, which were traditionally considered previously impossible to formalize and automate, which, in turn, should lead to the development of applied systems in the field of electronic warfare capable of solving tasks for which previously created systems they were unsuitable.

Soldatov V.P. Promising areas of development of a multifunctional measuring complex. Radiotekhnika. 2026. V. 90. № 5. P. 17−25. DOI: https://doi.org/10.18127/j00338486-202605-02 (In Russian)

1. Majzels E.N., Torgovanov V.A. Izmerenie harakteristik rasseyaniya radiolokacionnyh celej. Pod red. M.A. Kolosova. M: Sovetskoe radio. 1972 (in Russian).
2. Metody issledovaniya radiolokacionnyh harakteristik ob"ektov. Monografiya. Pod red. S.V. Yagol'nikova. M: Radioekhnika. 2012 (in Russian).