Simulation of Airborne Radar Sea Surface Scattering Based on Improved Sea Clutter Modeling

Airborne radar plays an important role in sea surface search and rescue and national defense, and the analysis of control variables in multiple dimensions of the sea conditions of the sea surface to be detected, the frequency of the radar's electromagnetic wave, the altitude of the aircraft, and the angle of incidence is conducive to more intuitive simulation to simulate the most realistic sea surface detection environment. At the same time, the multi-dimensional consideration of the factors will also greatly improve the accuracy of the radar to detect the target. In this thesis, the backscattering characteristics of sea clutter will be explained and modeled, and the simulation of the improved model of sea clutter backscattering will provide new ideas for the analysis of sea surface scattering characteristics of airborne radar.