Linear Frequency Modulation (LFM) Pulse Compression Radar Simulation

In the following content, we will provide a detailed MATLAB implementation for Linear Frequency Modulation (LFM) pulse compression radar simulation, along with comprehensive methodology explanations. This simulation employs advanced mathematical and computational techniques to model the complete radar signal processing chain, including signal transmission, propagation, reception, and pulse compression algorithms. The implementation involves key MATLAB functions for generating LFM waveforms, simulating target echo signals, performing matched filtering operations, and analyzing radar performance metrics such as range resolution and signal-to-noise ratio improvement. Through this simulation framework, researchers can effectively study and analyze the operational principles and performance characteristics of LFM pulse compression radar systems. The technical insights gained from this simulation are crucial for advancing radar technology research and practical applications. Let's begin the implementation!