Radar System Signal Simulation

The MATLAB-based radar system signal simulation program serves as an essential tool for radar system analysis and development. This program facilitates deeper understanding of radar operating principles through realistic signal modeling and enables verification of designed algorithms and parameter configurations via simulation testing. The implementation includes modular components simulating key radar subsystems: signal generation with waveform modulation techniques, receiver chain with noise modeling and signal processing algorithms, target detection using CFAR (Constant False Alarm Rate) methods, and tracking subsystems employing Kalman filters or other estimation algorithms. Through this simulation environment, researchers can conduct in-depth investigations of various radar system aspects, perform parameter adjustments using MATLAB's interactive interfaces, and implement algorithm improvements through code modifications. The program's architecture typically utilizes MATLAB's Signal Processing Toolbox for waveform generation and filtering operations, while employing object-oriented programming for modular subsystem integration. Overall, this radar signal simulation package represents a powerful and practical engineering tool that significantly enhances efficiency in radar system research and development cycles.