Cross-eye Jamming System with Effective Cross-Eye Gain by the Phase and Gain Control

Three-dimensional space phantom target generation using cross-eye jamming

“…Combined with the above contents, in order to effectively evaluate the application effect of cross-eye jamming technology, this section simulates the track deception of three jammers against a monopulse radar and verify the feasibility of cooperative space phantom target jamming 9 . The simulation steps are as follows:…”

“…Therefore, the traditional cross-eye interference is also called "artificial glint" interference and "wavefront distortion" interference 8 . However, the traditional cross-eye jamming technology uses two jammers to jam one radar, which only cheats the radar in azimuth 9 . Based on the analysis of the principle of cross-eye jamming technology, we discuss the feasibility of using three jammers to generate three-dimensional spatial phantom targets, and simulate the process of three jammers generating phantom targets by constructing a simulation scenario.…”