The Cross-Eye Jamming Mathematical Modeling

Abstract

A rigorous mathematical analysis of cross-eye jamming in a radar system scenario and an expression for the induced angular error due to the cross-eye jammer are presented. The simulation results show that there is a Doppler difference between jamming and target return. The Doppler difference increases with the decrease of the distance between the monopulse radar and the platform protected by cross-eye jammer. When the power of target return is not small enough with respect to the power of jamming transmitted by one of the two sources, maybe the sign of the indicated angle is uncontrollable. The simulation results also show that although the cross-eye gain is maximized if two jamming signals are equal amplitude and antiphase, it is not a reasonable choice.

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

“…Cross-eye jamming is an advanced electronic attack technology to implement angle deception 1 . It belongs to coherent jamming, and has advantages like high reliability, short response time and long effective jamming time 2,3,4 . The original concept of cross-eye interference was inspired by angular glint.…”