Radar Swerling Target Simulation Code

This repository contains simulation code for radar Swerling target models. In radar simulation domain, Swerling models represent widely adopted statistical frameworks for characterizing radar cross-section (RCS) fluctuations of targets during detection scenarios. The simulation code enables researchers to emulate echo signal behaviors of various target types within radar systems, providing insights into radar signal processing fundamentals and target detection mechanisms. Through MATLAB or Python implementations, the code typically incorporates Swerling Case I-IV models with key functions including RCS fluctuation modeling, pulse-doppler processing integration, and signal-to-noise ratio (SNR) calculation algorithms. Furthermore, the simulation environment facilitates performance evaluation of different radar systems, supports radar design optimization, and enables research validation for target detection and tracking algorithms. Mastering Swerling target simulation code is therefore essential for advancing radar technology research and practical applications.