AN ALGORITHM FOR CONTRADIO-ELECTRONIC COUNTERING BY ON-BOARD STATION OF AN OPPONENT'S ACTIVE INTERFERENCE UNDER CONDITIONS OF CREATION OF ITS POLARIZATION INTERFERENCE AND A GENERAL APPROACH TO ASSESSING ITS PERFORMANCE IN AIR

Abstract

The combat capabilities of modern means of warfare in the air, largely depend on the reliable functioning of electronic weapons and electronic weapon control systems. Therefore, during air operations, each of the belligerents will strive to disorganize the operation of radio-electronic means and radio-electronic systems for controlling forces and weapons in order to ensure the stable operation of their means. Modern stations of active interference of individual protection reduce aircraft damage by missiles with active and semi-active homing during air combat by 40-60%. The active development of airborne electronic countermeasures forces us to look for ways and means not only to protect against them, but also to actively counter these means, the so-called counter-radioelectronic countermeasures. Today, there are some methods of counter-radioelectronic counteraction to the airborne stations of active interference of the individual defense of the enemy, but the sequence and conditions of their application are not defined. Therefore, the article proposes to determine the features of the application of three methods of counter-radioelectronic counteraction and to develop an algorithm for counter-radioelectronic counteraction to on-board stations of active enemy interference in the conditions of the creation of various types of polarization interference by it. The development of the algorithm makes it possible to evaluate the effectiveness of the application of counter-radioelectronic countermeasures based on performance indicators of the operation of an on-board radar weapon control station.