FIELD: radio engineering.
SUBSTANCE: invention relates to counteracting radio-electronic equipment (REE) and can be used for implementation of the interference effect on means of radio communication of various application. Mentioned result is achieved due to fact that at vehicles point of origin (VPO) radio interference transmitter delivery point coordinates selection is made depending on terrain relief, characteristics of interference source (IS) and other conditions for creation of effective interferences to radio-electronic equipment. From VPO launch of vehicle is performed, which delivers optical radiation transmitter (ORT), navigation receiver and data transmission device, executed in single cartridge version and automatically driven into working state after fixation in soil to area of radio-electronic equipment location. Navigation receiver determines its coordinates and transmits their values to VPO. At VPO to deliver IS to the required point values of correcting signals deviation of self-guided vehicle (SGV) flight relative to ORT are calculated, which are entered into the SGV flight trajectory control system. At VPO IS SGV launch is performed, which receives ORT emission at approach to it. At that, after receiving ORT signal IS SGV also captures underlying landscape within IS delivery point. When a certain boundary ORT comes out of SGV field of vision, which loses its signal and switches into homing mode according to captured image of underlying landscape elements.
EFFECT: technical result is increase of accuracy in radio interference source (RIS) to area of radio-electronic equipment location.
1 cl, 2 dwg
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Authors
Dates
2016-07-10—Published
2015-03-03—Filed