Radar System Simulation Framework

This article presents an overall framework of a highly comprehensive radar simulation program for reference and implementation. The program facilitates radar system simulation research through modular design architecture, incorporating key components such as signal processing algorithms, target modeling modules, and environment simulation engines. Using this simulation framework, researchers can model diverse radar systems and conduct various experiments and performance tests. The implementation employs MATLAB/Simulink-based modeling techniques with core functions handling waveform generation, pulse compression algorithms, and Doppler processing modules. Despite its sophisticated design complexity involving Monte Carlo methods for statistical analysis, the program provides an effective methodology for studying radar system performance and behavioral characteristics. This framework supports parameter configuration for different radar types including phased array and synthetic aperture radar (SAR) systems through customizable XML configuration files. We hope users will find this implementation valuable for their research and development projects.