Radar Pulse Compression Simulation with GUI and Source Code

This radar pulse compression simulation program provides complete GUI development source code, designed to simulate radar one-dimensional range profile generation and demonstrate comparative illustrations of various windowing functions. The simulation helps researchers and engineers better understand and analyze the principles and effects of radar pulse compression through practical implementation. The core algorithm implements matched filtering techniques where transmitted pulse waveforms are correlated with received signals to improve range resolution while maintaining signal-to-noise ratio. Users can conduct various experiments to explore how different parameters affect radar imaging results, enabling optimization of radar system performance. The program features an intuitive GUI interface developed using MATLAB's App Designer, allowing convenient control and adjustment of simulation parameters including pulse width, bandwidth, and window types (Hamming, Hanning, Kaiser, etc.). Key functions include signal generation modules, matched filter banks, and visualization tools for time-domain waveforms and frequency spectra. This simulation program serves as a valuable tool for both academic research and engineering development in radar signal processing.