Analysis of the Influence of Deceptive Interference on Airborne Radar Sensor
Lei Wang, Huabing Wang, Mingyan Chen · 2019
The detection mechanism of airborne radar sensor is simulated dynamically and realistically by data simulation method, including the detection function, the track function and resource scheduling function. A functional level detection model is established, which can realize the detection process of airborne radar and obtain the position and velocity parameters of aerial targets in three work modes such as single target tracking(STT), tracking while searching(TWS) and tracking add searching(TAS). The typical target scene is set up, and the detection mechanism of airborne radar sensor is analyzed and verified through three simulations for different purposes. Meanwhile, the influence of deceptive jamming such as range dragging or speed dragging on airborne radar detection ability is tested and analyzed.